IdNumber of occurencesForms
12058 2 on the definition and implementation of management practices adapted to the dynamic in situ pre 
ing the dynamic aspects of biodiversity management in order to analyze the impact of future dev 
7119 1 uences of the inclusion of biodiversity management objectives. we will also discuss the influen 
7122 1 sity and functioning of communities and assessment aphidiennes agricultural risk related  
7197 2 ection elements for the development and governance of rural areas. Indeed, it aims to draw the  
 outline of what could be a sustainable management of these territories, and specifically addre 
7245 1 ired in the framework of a conservation management project. a result of these fundamental work, 
7312 1 rovided to the eu to develop the amp as fisheries management quoutils  
7367 3                        c. complementary management and conservation devices modes: the project  
 the complementarities between forms of management rpg ex situ and in situ from the analysis of 
request. this is ultimately to confront management models with traditional populations are carr 
7374 1 vice according to the parameters of its management  
7614 1 ceptions of social and collective waste water management. this approach also enhances the prese 
11864 1 e can be affected by climate change and land management practices. the consumption of terrestri 
14269 1 n marine resources urges the need for a decision making framework to objectively allocate the d 
10966 2  two critical steps. the first is close monitoring of the cave environment to identify speleoth 
anding the climate recording process by monitoring the part of the system between the soil and  
14360 1  accurate habitat reportage is vital to monitoring the biodiversity and ecological quality of o 
12585 12 a compendium of uk peat restoration and management projects in uplands and lowlands. an analysi 
give recommendations for future set up, management and delivery of projects. work will be done  
oject will review existing research and management practice of peat restoration and management  
gement practice of peat restoration and management projects in order to assess the success or f 
ll as their long term goals and analyse adaptive management towrads these over the lifetime of  
vidence base derived from surveillance, monitoring and research results have led to adaptive ma 
toring and research results have led to adaptive management in some restoration projects in res 
n the use of identified restoration and management techniques, considering site specificity of  
ved in implementing the restoration and management techniques associated with each project, and 
tance of public funding and the role of agri-environment schemes, this step will highlight any  
m existing and planned peat restoration management projects, identify avenues for success as we 
uidance for future peat restoration and management schemes in the uk.  
12421 2  to deliver a flexible, fit-for-purpose monitoring strategy for key parts of uk monitoring requ 
monitoring strategy for key parts of uk monitoring requirements assessments. it requires compre 
7386 1 versity is essential to the sustainable management of forest trees. lignin content, major chara 
12745 1 100 questions of greatest importance to conservation policy makers and practitioners at the glo 
13457 2 ion will require increased agricultural management for production of food and biofuels. an inte 
 farms in europe and sweden with varied management intensities and with bioinfomatics the seque 
11431 1           the single greatest source of uncertainty in the estimates of climate sensitivity to  
13779 2 ch holds back the development of useful management strategies. this deficit is unfortunate beca 
d to generate useful results for stream management and conservation.  
12267 1 which undertook ‘traditional’ lifecycle assessment and pas 2050 compliant assessments of co2 em 
13712 2 s will also be of strategic interest to policy-making since they will either reject or sustain  
t or sustain the current swedish forest conservation policy with conservation actions taken on  
12751 1 sity in forests under the international redd+ scheme - some of which will be spent on helping r 
12744 1 sals for the international biodiversity assessment unit for the period 2008 – 2013.  
12704 4 he evidence requirements of three defra policy divisions namely sponsorship, landscape, and rec 
l to the department in the formulation, monitoring and execution of policy, and make recommenda 
ormulation, monitoring and execution of policy, and make recommendations on the future composit 
endations on the future composition and management of the programme.  
12455 5 efra and eu projects, ices and regional management organisations , etc. key customer purpose: d 
lysis framework for the identification, assessment, management and communication of risk. the f 
ork for the identification, assessment, management and communication of risk. the framework wil 
city to both understand and incorporate uncertainty and risk when making fisheries management d 
porate uncertainty and risk when making fisheries management decisions.  
10284 1 uently advocated as the way forward for ecosystem-based management in fisheries. a key part of  
12456 4 the best-suited to answering particular fisheries management questions. evaluate problems encou 
red when applied to case study-specific management scenarios, and evaluate the relative strengt 
rey in comparison with other sources of uncertainty in fisheries models, and help to predict kn 
ck-on, ecosystem implications of future management actions.  
11671 1 e to sound practice in conservation and environmental management. traditionally, freshwater eco 
10522 2 appropriate temporal scale. traditional monitoring, of at best weekly-fortnightly intervals, is 
h measurements, automatic water quality monitoring stations . however at present, most buoys ar 
10752 2 appropriate temporal scale. traditional monitoring, of at best weekly-fortnightly intervals, is 
h measurements, automatic water quality monitoring stations . however at present, most buoys ar 
10756 2 appropriate temporal scale. traditional monitoring, of at best weekly-fortnightly intervals, is 
h measurements, automatic water quality monitoring stations . however at present, most buoys ar 
11807 2 appropriate temporal scale. traditional monitoring, of at best weekly-fortnightly intervals, is 
h measurements, automatic water quality monitoring stations . however at present, most buoys ar 
7685 4 ort tool to simulate alternative marine planning scenarios, involving complex interactions betw 
lopment of regional and national marine planning policies, to promote the emergence of innovati 
 to promote the emergence of innovative management solutions and to facilitate negociations and 
roject outcomes will promote integrated marine spatial planning in the western indian ocean. th 
12027 2 s guidelines accessible to conservation management bodies but also promotes the research – acti 
 implementation of scientifically sound policy.  
10075 1 ated data and experience of 25 years of monitoring forest plots across the amazon, and access t 
11513 1 ated data and experience of 25 years of monitoring forest plots across the amazon, and access t 
7189 3 deling methods to assess changes in the management of rural areas and agricultural production;  
s, from the plot scale up an integrated natural resource management and production sectors to w 
ental impacts of production methods and landscape management  
15029 1  scenarios to increase effectiveness in management and policies strategies.  
15165 2 eed dispersers by means of remote video monitoring and the fate of dispersed seeds by seed trac 
persed seeds by seed tracking and cache monitoring until seedling establishment. we will follow 
1992 1 eneral. a second component concerns the assessment of fitness consequences of unavoidable, mask 
12738 2 k to answer a range of questions of key policy relevance, covering scientific, logistics/manage 
levance, covering scientific, logistics/management and stakeholder issues.  
12148 1 thodological background for sustainable environmental management. we also expecting identificat 
2491 2 s public authorities in norway, through land use planning and nature management, to take or to  
y, through land use planning and nature management, to take or to order necessary measures to p 
12399 3 xtent to which forthcoming and existing management measures and legislation are robust to futur 
habitats directive and common fisheries policy are robust to future environmental change and wh 
marine strategy framework directive and water framework directive might need to be revised in t 
13839 1 ronment. such knowledge is essential in fisheries management. however, it is difficult to study 
15364 1  change scenarios in order to develop a management scheme to ensure long-term forest survival.  
2206 2         we aim to develop tools for the management of stream fish populations, and study the pe 
ations, and study the performance of an adaptive management of stream fish populations in close 
15332 1 he project might throw new light on the assessment of morphogenetic processes that operate in t 
13817 1 n is important for the conservation and management of populations. i will examine the relations 
15514 1 past is essential for developing future management strategies. species from the mediterranean b 
15515 1 past is essential for developing future management strategies. species from the mediterranean b 
1944 6 ay play a role in developing a national policy strategy on agro- biodiversity. from the chain/n 
o deliver an input to an optimal mix of policy instruments in a national policy strategy on agr 
mix of policy instruments in a national policy strategy on agro- biodiversity. this research pr 
sense. the oio with a specialization in policy sciences maps the institutional interdependencie 
hain and analyses the opportunities for governance as far as institutional aspects are involved 
ecially focuses on interactive forms of governance and plays a crucial role in stakeholder anal 
13979 8 recommendations for wildlife population management have neglected the economic costs of managem 
nt have neglected the economic costs of management, and have thus risked wasting management res 
anagement, and have thus risked wasting management resources. recent advances in decision theor 
ng optimal strategies to reach specific management objectives. the white-backed woodpecker, a h 
ods to identify the most cost-effective management strategies that meet the woodpecker action p 
lnerability of these recommendations to uncertainty around model assumptions. this project will 
irements, environmental variability and uncertainty. furthermore our approach and its applicati 
lication to regional endangered species management, with potentially great strategic impact on  
7451 2 tion. this is in spite of unprecedented management measures to halt this decline. arguably the  
s fundamental to the future sustainable management of this key marine species.  
6843 1 the impact of here practiced methods of forest management on biodiversity. site description: th 
7051 1                changes in agroecosystem management affect the natural control of pests. the eff 
7436 2 t should lead to the establishment of a monitoring long- term population. the project has co-fi 
etic analysis, scientific equipment and valuation fees and training  
10639 1 imely evidence-based recommendations to policy makers charged with climate change adaptation an 
7111 3 tructures and dynamics of land uses and management of field margins. in perspective, we conside 
e development of diagnostic methods for environmental management. for this we have developed bi 
for this we have developed biodiversity assessment methods of field margins using indicators  
7703 1  a sustainable and effective resistance management. this interaction will be studied under cont 
523 2 and by the dynamics of land use and the management of field borders. as a futur prospect, we co 
der establishing methods for ecological management diagnosis. for this purpose, we have develop 
13310 2  and test methods and protocols for the assessment of large-scale environmental risks in order  
t human impacts. research will focus on assessment and forecast of changes in biodiversity and  
15187 1 pnea sp. y pterocladiella melanoidea; b assessment of the sedimentation effects on the structur 
2522 1 lp natural resource managers to develop monitoring and action plans for this invasive species.  
12016 1 holders involved in island biodiversity management and invasive control. consequently, some new 
12355 1 vided to cefas who provide a scientific assessment of the license application. mceu wish to est 
11186 1  of future climate change and preparing management strategies for coral reefs.  
12051 4 ation purposes. as their efficiency for fisheries management is stil questionable, the project  
nd multiagents modelling, to define the decision making mechanisms which condition the implemen 
ases . the efficiency, the study of the decision making process and governance will be based on 
tudy of the decision making process and governance will be based on the analysis of reserves of 
12479 4 nform the development of an ‘integrated policy framework which will enable the delivery of defr 
nt and which, if any, require dedicated valuation studies. a valuation framework will be develo 
 require dedicated valuation studies. a valuation framework will be developed to aid in organis 
 to aid in organising and directing the assessment of the different categories of value. an ini 
11861 1 siderable importance is helping set the policy agendas for a range of organisations, including  
11591 2  to work in a collaborative manner with policy makers, policy formers and researchers to identi 
ollaborative manner with policy makers, policy formers and researchers to identify those areas  
12241 1 ble farming systems and integrated farm management practices, helping to minimise the use of no 
10444 1 s, efficacy of determining habitat use, cost-effectiveness. our ultimate goal is to advance our 
10041 2 e system, leading to the possibility of trade-offs in their usage. while environmental factors  
 of carotenoid coloration and potential trade-offs with other carotenoid functions such as anti 
13799 2 focuses, among others, on how different property rights and management practices of these land  
s, on how different property rights and management practices of these land uses influence biodi 
7689 6 pment of interdisciplinary research and management choices. modeling morphological and geograph 
ned by the use of irrigation canals and management. it then looks at how the new environmental  
ings the government to offer innovative management systems to keep them in a context of urban p 
es change the modes of intervention and management of associative structures that are in charge 
on of these amenities in the integrated management schemes at the territorial level, considerin 
 which they will can be integrated into management decisions implemented throughout the territo 
12703 2 f three linked investigations to inform policy making and land management decisions concerning  
estigations to inform policy making and land management decisions concerning climate change and 
12461 1 g on the reform of the common fisheries policy.  
15143 1 n, landscape design and the proposal of agri-environment schemes.  
1987 1 d thus, to establish a basis for future management. in particular, we will 1 identify key proce 
13600 1 tunity to study the effect of different management intenstiy on this ecosystem. second, it func 
14417 1 which are to be used when screening and monitoring the environment, as well as when selecting r 
14106 2 siveness and immunotolerance, including assessment of possible oxidative damages in immunopatho 
the same model will be also applied for assessment how standard assays of immunocompetence rela 
7630 4 nce a pool of active natural ecological compensation by supply. our project has two primary obj 
oration operations are also part of the compensation devices. is meant by ecological compensati 
nsation devices. is meant by ecological compensation compensation "in kind" to offset the envir 
es. is meant by ecological compensation compensation "in kind" to offset the environmental impa 
15333 1 cale. it also intends to obtain a rapid assessment of the impact of pine exploitation on biodiv 
12631 3 view of local development framework and planning supporting statements; and structured telephon 
the past decade, and will summarise how planning authorities have taken account of bmv as a sus 
stainability indicator when determining planning applications. the project team will also seek  
12490 7 primarily from livestock, manure/slurry management and fertiliser use. ammonia can have a range 
ammonium sulphate aerosols; air quality management for ecosystem protection has primarily focus 
ticularly challenging, and means that a policy approach which considers these ecosystem impacts 
irective insight into the true costs of policy measures. this project will compare the ecosyste 
h with current conventional air quality management approaches to determine which assesses ecosy 
 an ecosystems approach for air quality policy development at national level in the uk. a stake 
e implemented within current and future policy frameworks.  
12516 6 alternative methods of pest and disease management in organic and low input apple orchards. an  
al approach to orchard floor vegetation management will determine if this can lead to reduction 
pheromone should lead to new methods of monitoring and controlling this important pest. new ins 
d increase the potential for successful management of this disease. finally a review of the eff 
 to high pest numbers. manipulation and management of the ground cover plants within the crop t 
egrated into strategies for sustainable management and control of rotting in fruit crops will b 
207 1 s in forest ecosystsems under different forest management pressure; to study experimentally the 
11663 1 amental component of infectious disease risk assessment, indentified as a deliverable in nerc s 
7151 1 est as valuable hardwood and has a high economic value because of its rapid growth, the light c 
12590 4                                         policy-makers across defra and other government departm 
 on soil carbon on which evidence-based policy decisions can be made. recent evidence suggests  
nderstanding of the effects of land/use management on processes driving the spatial and tempora 
ux for several established land use and management scenarios, within specified levels of confid 
12291 6 assesses the risks posed to sustainable management of agricultural weeds by i proposed changes  
osal. given these concerns, future weed management strategies will need to integrate a larger n 
 will be performed to consider how weed management can change in the future to compensate for h 
erbicide losses and to make future weed management more sustainable, environmentally benign and 
 impact of changing legislation on weed management. by providing an indication of what alternat 
 an indication of what alternative weed management strategies are likely to be required in futu 
13794 2 ndscape analyze of ecosystem services , trade-offs between bundles of services, multifunctional 
in my understanding and analysis of the governance challenges involved in managing ecosystem se 
12469 2  uk fishing industry as part of a defra impact assessment on european legislation. key customer 
g on the reform of the common fisheries policy.  
14109 1 f high significance for the sustainable planning of agri-environmental connectivity measures an 
12168 2                                 current agri-environment schemes are central to meeting the gov 
njunction with those from the wider els monitoring project, will inform the development and imp 
10865 1 males and fish nests in relation to co2 monitoring zones, as juvenile stages can be the most vu 
12171 2 oss of set-aside. the results will help policy-makers to assess the need for measures to mitiga 
possible options in terms of field edge management approaches that may be implemented alongide  
10067 3 essures facing brown trout populations, monitoring fish health in the wild remains a serious ch 
nge. using bryozoans as a surrogate for monitoring pkd would provide a valuable and novel appro 
lations, affording a basis for national monitoring and minimising future disease impacts.  
10156 1 an important role in the occurrence and management of many diseases of human concern. given the 
11676 1 an important role in the occurrence and management of many diseases of human concern. given the 
12341 3 efficacy of current and other potential management measures it is necessary to collect evidence 
eing discarded to develop a qualitative assessment of the vulnerability of stocks to fisheries  
 and international commitments to shark management are being met, and the potential risks to th 
12615 6 the potential to cause harm. government policy is clear that the risks need to be addressed on  
ntaminants specified as limit values in planning permission conditions and associated use of la 
ect is not readily available from local planning authorities as there is not currently a statut 
developed and so dealt with through the planning regime. however, it is likely that any such in 
 effectiveness of key contaminated land policy to date which can in turn inform the policy maki 
cy to date which can in turn inform the policy making of the future.  
419 1 come possible to propose a strategy for monitoring mediterranean marine biodiversity. in additi 
7136 1 ose a mediterranean marine biodiversity monitoring strategy. finally, together with economists  
12272 12                    to inform government policy at national and european scales, defra needs to  
d rape and cabbage stem weevil. a final assessment will then take place on all crops at pod rip 
 the toxins they produce will assist in monitoring the annual severity of this disease, measure 
ity necessary to inform a wide range of policy questions now and for the future. the historical 
istically robust source of evidence for policy making which aims to mitigate the impacts of cro 
op diseases and pests and unsustainable management practices. the data collected are also a key 
a collected are also a key resource for monitoring impacts of climate change on uk agriculture  
 well as addressing future research and policy needs, this project will continue existing colla 
mental protection, uk and eu government policy, varietal resistance, pathogen resistance, land  
rietal resistance, pathogen resistance, land management and economics on wheat and oilseed rape 
r data will also be provided to support monitoring for food safety, development and validation  
 and identification of sustainable crop management strategies for the industry.  
7457 2  water resource demands. adaptation and policy options will be elaborated on the basis of the m 
ties and be used to evaluate a range of policy options.  
12295 4  or tags and links to other datasets or policy areas. 3. assess the opportunities or threats po 
s of land use at a meaningful level for policy making. during the project a desk-based assessme 
making. during the project a desk-based assessment of existing sources of land use data will be 
l be undertaken, and the results of the assessment will be recorded in a metadata database. thi 
7370 4               c. complementary modes of management and conservation devices / after showing the 
fter showing the emergence of a dynamic management model of genetic resources of wheat involvin 
netic resources of wheat involving farm management and conservation collections, we will develo 
nd evaluate the effectiveness of active management to preserve diversity, maintain the adaptive 
7191 3          mpas review of marine reserves governance implications of large scale in national and  
nd the indian ocean, which contain high economic value species and / or species suffering from  
tudy, we aim to provide the information management authorities need now, when the subject is re 
14649 1 hwater ecosystems, and will improve its environmental management.  
12252 4 and to devise and develop an innovative environmental management system that would be effective 
enable the development of an innovative environmental management system that encapsulates the a 
d measures. this will help inform defra policy and public debate about sustainable farming. the 
out sustainable farming. the innovative environmental management system which will be proposed  
7666 1 ir value for breeding programs. in-situ management of crop-biodiversity .  
14674 1                                         agri-environment schemes compensate farmers for income  
12153 4 numbers. for hefting to remain a viable management tool self contained flocks are required. ane 
ic areas and with a range of additional management practices. the case studies will include som 
andscape. the potential impact that new policy drivers such as water framework directive and ag 
 impact that new policy drivers such as water framework directive and agri-environmental scheme 
12646 2 e environmental protection , through an assessment of wild birds shot and sold through game dea 
hich will provide defra with a credible assessment of current practices, including if appropria 
15465 1 rtant implications for their successful management and conservation, due to the potential high  
12371 2 director, malsf science coordinator and policy colleagues, forming a central point of a team ma 
commission important areas of research; monitoring existing work and evaluating completed proje 
7619 3  and strategies using the plant for the management of soil erosion. the french association of b 
ation of biological engineering for the management of soil erosion. french position this associ 
iversal use of plant technology for the management of soil erosion  
12652 2                                         policy and operational responsibility for non-native sp 
e project will comprise a comprehensive assessment of governmental organisations to identify an 
10285 3 of the most important issues in climate policy over the next few years will be the choice of ap 
play a major role in climate mitigation policy. the research will contribute useful information 
-way interaction with defra to maximise policy relevance of project plans and outputs. members  
12463 1 cators and propose mitigation tools for fisheries management.  
400 4 s, recreation and tourism. biodiversity management has thus far mostly focused on species-level 
 might lead to lower fish production if management does not take the demographic and genetic st 
. baltgene will also assess how current governance structure, policies and laws affect key gene 
enetic biodiversity information into an ecosystem-based management of the baltic sea.  
12595 1 eas, peat volumes and the timescales of planning consents for extraction, as far as they are kn 
10281 1  coastal erosion. in england alone, the management of flood and coastal erosion risk costs £600 
15563 9 o develop recommendations on innovative management, conservation and governance strategies for  
innovative management, conservation and governance strategies for beech forests. to meet this c 
ll produce, inter alia, a comprehensive policy paper as well as interdisciplinary scientific pu 
ll goal of the project is to incite the policy-science-interface by involving politics and poli 
nce-interface by involving politics and policy related institutions, scientists and practitione 
anging climatic conditions, multi-level governance of beech forests in europe, and valuation an 
ernance of beech forests in europe, and valuation and marketing of the environmental services b 
uation as well as to develop innovative management, conservation and governance strategies to e 
innovative management, conservation and governance strategies to ensure the survival of beech f 
11602 1 providing important information for the management of marine resources in the southern ocean. t 
14278 1 is an initiative of the belgian science policy. it is an integrated network of members posted i 
14329 6 -context the fourth workshop deals with valuation methods for es. which methods are most suitab 
ith spatial and temporal aspects in the valuation of es how do we value biodiversity and the op 
bridge the gaps between es-research and policy development. what research is needed and for wha 
t. what research is needed and for what policy how can es contribute to reaching various policy 
w can es contribute to reaching various policy objectives and challenges which institutional, e 
lement the es-concepts in the different policy domains   
14304 2 port plan for a sustainable development policy ' spsd ii ' part 3: supporting actions&# 
ons' of the belgian federal science policy.  
2212 4  this project is to address and analyze adaptive management of fish and game resources from a w 
t forward a framework for welfare based management of fish and game resources. • empirically as 
rces, and use this as inputs in dynamic management models. • enhance knowledge about the effici 
fferent regulation schemes, under stock uncertainty, taking into account the physical character 
2476 2  of benthic indicator organisms for the monitoring of contaminants and biodiversity in the bare 
seas are relevant for adapting on-going monitoring programs to the barents sea. these findings  
12606 3 ial carbon storage achievable with each management option will be quantified and contextualised 
extualised in relation to benchmark som management ranges or envelopes of normality for differe 
rent cross compliance guidance for soil management or via incentivised environmental stewardshi 
10988 2                                     the water framework directive the thames region held on an  
rs; and information on the thames basin management plan and linked data from the ea. outputs fr 
2472 2 the farm and landscape scale, analyzing trade-offs and synergies between functions. third, usin 
rd, using models that take into account uncertainty, we will analyze the consequences of the fa 
7249 1  relevant tool for the link between the assessment of chemical contamination and biological res 
14200 1 give the scientific basis for realistic risk assessment of hazards of chemicals for aquatic eco 
12015 3  is difficult to draw up a quantitative assessment of the effects of these undertakings on soci 
the elements pertaining to biodiversity management that should be taken into account when apply 
ntributed to discussion of intellectual property rights in the context of protecting local reso 
13335 4 hem and providing scientific support to policy requires a coherent research framework, with coo 
 the processes and interfaces to inform policy and users -prepare the establishment of a sustai 
dentifying research needs, with science-policy interfaces and with relevant infrastructure prog 
oducts. wp6 deals with coordination and management.  
2493 1 on biodiversity and to the conservation management of exploited and pristine ecosystems in four 
12676 1 em functioning and services; 2. step up assessment of biodiversity at population, species and c 
7104 3 as to release the rest for biodiversity management. it is the policy of parks and reserves asso 
 for biodiversity management. it is the policy of parks and reserves associated with the full d 
e want tailored to institutional action assessment actual or potential contribution of urban ag 
516 2 are mainly two methods for biodiversity management in agricultural landscapes: the first one co 
s to liberate the rest for biodiversity management. this is the politics of parks and reservoir 
11505 6 nge of domesticated crops and landraces ecosystem management options in centers of crop origin  
nt options in centers of crop origin 6. policy-relevant research results made available for and 
available for and tailored to different policy actors potential outcomes 1. increased benefits  
lts of trade-off modeling and biosocial assessment of conservation strategies used to optimize  
ted by value-chain actors 4. macrolevel ecosystem management strategies adopted, involving inte 
ents with local communities 5. national policy frameworks developed involving dynamic ex-situ/i 
10877 2 th staff at the unep world conservation monitoring centre programme which wcmc contributes. fur 
er ongoing efforts, relevant to current policy needs, and important findings are taken up by ke 
11234 2  and a wide range of outputs pitched at policy as well as scientific audiences - to build capac 
eliver findings that will help evaluate policy scenarios, giving credible and relevant insight  
532 1 entation of objectives for biodiversity management. we will also study the influence that socia 
531 1  problematic in the common agricultural policy .  
7118 1 e of changes in the common agricultural policy  
6891 1  high-resolution maps, dynamic modells, land management protocols, and thus make scientific res 
396 1 tems to be fully manifested. a reliable assessment of the long-term effects of farming systems  
12518 1 he importance of duration under organic management and scale effects, to identify features of o 
13729 6  project examines relationships between management institutions, biodiversity conservation and  
l scales of organism dynamics relate to management practices, in order to identify mismatches b 
should be implemented and the scales of planning and management decisions. * to synthesize thes 
lemented and the scales of planning and management decisions. * to synthesize these results and 
and develop strategies for biodiversity monitoring and management in coupled social-ecological  
ategies for biodiversity monitoring and management in coupled social-ecological systems.  
7674 4 protected areas is linked to ecological trade-offs between various components of this diversity 
on makers, and the effectiveness of the management over long time scale . in this project we wi 
ephant spatial dynamics and stakeholder management decisions. plausible outcomes under various  
egional climate projections and current management practices will be simulated over a 50-year t 
7109 1 nd conservation issues and biodiversity valuation in the french device registered designations  
7283 1 european and french, science and public decision making biodiversity the project proposes to in 
7422 1 patible and economically efficient crop management  
7281 1 ng for biodiversity and their choice of valuation. it offers a method to mesh with the tv biodi 
7467 1 ed and easily accessible to scientists, policy makers and planners such an integrated and acces 
474 1 ormatics, as well as marine economy and policy, to assess the taxonomic depth, environmental si 
7030 1 of the real tintinnid diversity, and an assessment of the biogeography, including literature da 
2499 2 nomic sound and informational efficient management strategies ensuring long term sustainability 
processes, and operational research and management science.  
13336 2 ed and easily accessible to scientists, policy makers and planners such an integrated and acces 
 biodiversity, and on the other to help policy makers take decisions based on the best availabl 
15346 1 pproaches: from the observation and the monitoring of the processes up to the modelling, passin 
14115 2 human impact and economic importance of monitoring activities required to use different from tr 
indicational methods as a component for assessment of legal environmental assessments.  
7642 1 al strategies. the approach consists of monitoring tools specific to the compartment ' soil ' e 
14743 1 the integration of these factors into a risk assessment protocol for use across spain.  
13943 1                                     the convention on biological diversity . recent reserch str 
14420 2 e of the lower danube as a base for the management of the ecological status of water bodies, su 
nt of the multidisciplinary approach in decision making with a view to support the biodiversity 
14558 1  be useful for the design and implement management and conservation plans for the species  
14421 2 tested. 6. parameters from the national monitoring system relevant to ias tested 7. draft for a 
ions to international conventions, e.g. convention on biological diversity and bern convention. 
13732 1 nder various environmental settings, an assessment of the relative success of transgenic fish u 
14788 3 d that slugs can be used in soil health assessment in the manner that mussels and other mollusc 
r molluscs are used in marine pollution monitoring programs to design a worldwide slug-watch pr 
e biomarker approach for soil pollution monitoring.  
15564 2 ormatics, as well as marine economy and policy, to assess the taxonomic depth, environmental si 
te agencies involved in legislation and monitoring of coastal marine waters, foundations and co 
11506 1 nsition towards increasing biomass use. policy analyses will be formulated so that research fin 
11601 2 ast understood and most uncertain. this uncertainty runs across the whole gamut of scales, from 
 and change needed for biodiversity and forest management investigations. this need is urgent a 
15087 4                          a quantitative risk assessment based only on exposure and toxicity is  
tching eggs could be useful in exposure assessment and risk prediction in populations of raptor 
wild birds when decisions on population management, protected areas or endangered species must  
based on results obtained from previous monitoring studies.  
7613 1  possible strategy is to use additional monitoring means based on biological, or bioindicators. 
13313 8             biodiversity indicators and monitoring frameworks are currently developed at global 
bal and european levels. a key tool for monitoring progress in achieving the eu target to halt  
set and the development of biodiversity monitoring frameworks with tools that are able to asses 
oping a tool for linking pressures from policy sectors to the state of biodiversity as measured 
e integrated into existing biodiversity monitoring frameworks and incentives for uptake will be 
ping the tool; - build a cost-effective impact assessment tool in the form of a european specie 
analysing the effectiveness of european policy responses; - apply the tool for modelling europe 
- integrate the knowledge into a common monitoring framework to assess the impact of selected p 
15126 1 s spain, which we include basically for monitoring selected populations to perform ecological s 
13314 2 his strategy is intended to support the decision-making process regarding biodiversity-related  
aris conference,the millenium ecosystem assessment, the 2010 target, esri, gti, gbif, cbd, dive 
2196 1  wp. from this synthesis guidelines for management should be extracted and presented .  
12017 1 morpho-molecular techniques will allow: assessment of the resilience of coccolithophore calcifi 
6829 1  of hybrid material and its growing and valuation 3. writing up and publication of the research 
6728 1  green pea varieties utilised for fresh markets. it has already produced middle and late ripeni 
14117 1 s. their reaction to climate change and management may be much different from the reaction of c 
6909 1  to characterize in forest of different management regime. in orség region private forests stan 
15582 3 cial-ecological resilience as tools for decision-making within the framework of better governan 
n-making within the framework of better governance of policies and management of multiple uses  
rk of better governance of policies and management of multiple uses in coastal areas.  
11064 7 n these areas, and hence advise coastal policy and management for these species. the model has  
as, and hence advise coastal policy and management for these species. the model has been used t 
cies. the model has been used to advise management of coastal shellfisheries to maximise profit 
 model has successfully advised coastal policy and management, it has had the major drawback th 
successfully advised coastal policy and management, it has had the major drawback that due to t 
 to those who have a direct interest in coastal management and policy. for example, shellfisher 
rect interest in coastal management and policy. for example, shellfishery regulators collect da 
14294 1 n marine resources urges the need for a decision making framework to objectively allocate the d 
12666 1 dopted, which require certain levels of monitoring to be in place for some ices areas by januar 
12419 3 ss, integrated approach to land and sea planning and management. the purpose of the project is  
d approach to land and sea planning and management. the purpose of the project is to provide th 
 and environmental well-being. however, planning for the coast has suffered from a lack of coor 
12059 1 til the lessons of this past crisis for management of the present crisis, in the form of concre 
10569 1 erstanding of the cues involved in mate assessment and selection. how and why animals choose pa 
13710 1 rint . the study will provide important management guidelines for an endangered group of birds, 
14271 1 ting of marine systems and in data-bank management.  
10045 3 ea that by creating a market and giving economic value to the environmental benefits or ecosyst 
oxide emissions on international carbon markets or through bilateral agreements. this idea is b 
gas emissions - as well as in voluntary markets. governments and ngos are also actively develop 
11162 1                       commitment to the management of coastal ecosystems through addressing bot 
7251 2 do not take into account the effects of forest management, although they are important to our l 
across europe; * creation of a forestry management module to an age class; * use of the module  
12717 2  maximising the benefits of finance for redd efforts to wider environment objectives. the succe 
ertake a review of existing and planned redd mechanisms to identify known and potential co-bene 
201 3 cision of growth models. since nowadays management and planning of forests are based on a compu 
h models. since nowadays management and planning of forests are based on a computer system, by  
m proposed project will enable a better management of estonian birch forests.  
14873 1  previous project carbopas suggest that management modifies the ability of pastures to carry on 
14874 1  previous project carbopas suggest that management modifies the ability of pastures to carry on 
10243 1 e achieved through the introduction and monitoring of a 13co2 label in the field and will inves 
11005 1 e achieved through the introduction and monitoring of a 13co2 label in the field and will inves 
11216 1 e achieved through the introduction and monitoring of a 13co2 label in the field and will inves 
10891 1 ce for conservation biology and for the management of insect species in agricultural ecosystems 
12710 4 al experience. •to provide guidance for policy makers, planners and land managers to help them  
 short best practice guidance and short policy guidance note. the case study will form the fina 
lone best practice guidance and a short policy guidance note that will help inform policy custo 
icy guidance note that will help inform policy customers of the main issues and identify eviden 
12723 4 al experience. •to provide guidance for policy makers, planners and land managers to help them  
 short best practice guidance and short policy guidance note. the case study will form the fina 
lone best practice guidance and a short policy guidance note that will help inform policy custo 
icy guidance note that will help inform policy customers of the main issues and identify eviden 
12481 4 rk programme, the ‘millennium ecosystem assessment, not only recognised the multiple benefits t 
gical systems provide but realised that policy and planning decisions must also take into accou 
ms provide but realised that policy and planning decisions must also take into account an ecosy 
ach can be developed and built into the planning process.  
12480 6 ernationally by the millenium ecosystem assessment, supported by the global environment facilit 
 understanding environmental limits and valuation of ecosystem services. the purpose of this pr 
st they can be evaluated within current land use planning and decision-making frameworks. the c 
ed within current land use planning and decision-making frameworks. the case study area selecte 
 of analyses, e.g. impacts of different policy options on ecosystem services, or impact of deve 
ept of ecosystem services into existing land use planning frameworks, for example through local 
2154 1 orests in order to support coastal zone management decisions and ecologically based technical a 
14928 2 t invasions, and will provide tools for decision-making in biodiversity management and conserva 
ols for decision-making in biodiversity management and conservation.  
10731 1  that have undergone a period of growth compensation tend to display reduced swimming performan 
13848 1 e. to provide essential information for risk assessment of the invasion, further studies will e 
12642 1 r with those from will enable the first assessment of the impact of common dolphin and other sm 
12661 1 ndings which in turn will enable better management. the information from this project ensures t 
10788 1  continent. the work directly underpins policy relating to climate change and biodiversity in p 
10804 1  continent. the work directly underpins policy relating to climate change and biodiversity in p 
12014 1 adapt their strategies. however, public policy appeared a promising tool. several sessions dedi 
1947 1 the ecological main structure and their management.  
440 1 owed us to investigate in various known trade-offs and relationships, and to identify potential 
11294 1 will manipulate vegetation of different management systems to test how this affects c cycling i 
11305 1 will manipulate vegetation of different management systems to test how this affects c cycling i 
14949 1  continuity in both experimentation and monitoring. in this new phase we want to address the ef 
12185 3 ethods that will enhance the ability of agri-environment schemes to meet their objectives. in t 
 hay meadows; fields within and without agri-environment schemes and biodiversity. the findings 
d field-scale experiments, including an assessment of the ecological processes/mechanisms invol 
13465 1 s local environment. more recently, the management of colonies by humans has resulted in artifi 
7625 1 providing recommendations silvicultural management of mountain forests. the major scientific la 
14858 1 gy to follow, together with the project planning and estimated timetable.  
15147 2 ion from the environment for behavioral decision making related to foraging, reproduction and t 
lated to foraging, reproduction and the assessment of predator risk. in particular, recent expe 
15090 2 s of the contaminants on the biota. the water framework directive for selected metals aims to r 
rm the chronic sediment bioassays for a risk assessment based on the bioaccumulation.  
14676 1 toxicity data in the river networks for monitoring priority substances, in selected river sites 
13439 2  marine products. focused phytoplankton monitoring of coastal water will ensure safe bivalves,  
s to focus the efforts in harmful algal monitoring, and provide a model for climate impact on t 
7036 1  most important groups of organisms for monitoring environmental change, yet little is known ab 
14157 5 ct of urbanisation, applying life cycle assessment, substance and energy flux, methods of ecolo 
urveyed, in particular using life cycle assessment methods. the comprehensive approach of the u 
 to develop the bases for a sustainable planning model, which as spatial decision support inclu 
 decision support includes an operative monitoring system, urbanisation indicators as well as p 
nisation indicators as well as physical planning tools.  
9835 1 uences of sea level rise and associated coastal management strategies.  
10895 1 tion driving the search for appropriate management responses. current practice involves replant 
11708 1 tion driving the search for appropriate management responses. current practice involves replant 
12660 1 dised protocols for data collection and monitoring of climate-change impacts on migratory speci 
14823 1  amplify a base of knowledge for better management of forest under climate change conditions  
13587 1 e of great importance for water quality management in the face of climate change.  
1997 2 ayers in the field of water quality and water management. the anticipated results will provide  
tial for the development of sustainable management strategies. it will also contribute to a bet 
14665 2 esenting an essential tool for a better management of natural resources. such studies combining 
ve sectors. from the perspective of the environmental management, better understanding of these 
14266 1  multidisciplinary level and to support policy questions. the sumanos projects fits within the  
12588 4 are highly uncertain, so evidence-based policy setting is extremely difficult. recent reports a 
ease of greenhouse gases in relation to land management. this would enable a clear picture to b 
his will provide up to date evidence to policy makers in relation to soil carbon and land manag 
y makers in relation to soil carbon and land management. tasks for a second phase of work will  
15028 2 the foundations for the sustainable and adaptive management of coastal resources, which are dee 
ffected by anthropogenic activities. an adaptive management of the ecosystem is necessary to av 
11490 2 and east asia. as noted in the ipcc ar4 assessment, deltas are one of the most vulnerable coast 
rahmaputra to facilitate take-up of the policy recommendations that would emerge if the full pr 
14318 3 ion in developing countries program. un-redd+ will create a financial value for sustainable for 
reate a financial value for sustainable forest management actions that enhance carbon storage i 
between both variables as a function of forest management. the strategic choice of the tropical 
13315 2  on land use change, and development of policy options for land use management.  
elopment of policy options for land use management.  
15583 3 urpose of cofortips is to foster better management of the congo basin forests through a better  
sults and scenarios are embedded in the policy making process, paying close attention to the go 
 process, paying close attention to the governance structure. we will enrol key stakeholders an 
13455 2 nowledge to aid in the preservation and management of l. pertusa, a keystone species in the kos 
 park; by 1 developing tools for active management through restoration, 2 investigating chemica 
15327 1 essential component of conservation and management plans in the short, medium and long term.  
14149 1 ple pressures and to support innovative environmental planning. indicators of change will be id 
14898 1 nd taxonomy, with applications to their management and conservation.  
13976 1  basis to evaluate legal aspects of how policy measures should be constructed to efficiently pr 
14220 1 roposed practical work will include the monitoring of populations of sixty species at three dif 
2478 3 ed that living marine resources require management in a broader ecosystem context. this proposa 
r comparing models and ecosystems, 2 in assessment of ecosystem status, and 3 as a means to mon 
s well as a link between the models and ecosystem management, and thus a core element of the pr 
12617 1 inant cause was changes in land use and management, such as the conversion of grassland to crop 
6880 1 er conservation, in the practice of the management of aquatic habitats and also in the sustaina 
12685 2            this project will provide an assessment of the level of compliance with the environm 
s a need for any legislative reforms or policy initiatives to increase compliance with the 1999 
13337 6 netic biodiversity is recognised by the convention on biological diversity and the ec biodivers 
ty, yet it is poorly represented at the policy level, compared to the two other components, spe 
by delivering dissemination tools which policy makers and conservation managers can convenientl 
rporate genetic biodiversity into their policy framework. the six work packages of this project 
to allow end-users to establish optimal policy and management options given the genetic data wh 
d-users to establish optimal policy and management options given the genetic data which have be 
15241 1 not correspond with similar advances in management actions. of course, this is in part due to t 
10279 2 ers in cuba and the populations require management at large scales. understanding levels of lar 
vital for biodiversity conservation and fisheries management but few data are available. two ap 
7433 2 on. this work can be valued in terms of management and restoration of biodiversity in wetlands. 
 terms of genetic diversity, -to define management recommendations that take into account both  
10267 1  have immediate application in wildlife management and conservation. it will also provide essen 
14947 1 and evolutionary ecology, as well as in management of game populations in agreement with qualit 
7213 1         field approaches will produce a management plan for the areas studied. the status of th 
14752 1  providing valuable information for the environmental management of reserve and to evaluate the 
7220 4 toring have developed and provide a new economic value to seabirds. . in tropical, seabird colo 
e regularly poached without sustainable management method. still others are the basis of a reas 
ating income and substantial jobs. your assessment by country and island or group of islands wi 
 lead to an integrated conservation and management plan for seabirds at the regional level. eve 
13751 1 bility will be very valuable for proper management and conservation strategies.  
14897 1 ty conservation as the basis to prepare management tools to be transferred to the epo of the pr 
2159 2  partnership in nature conservation and management. our hypotheses are: 1 conflicts around desi 
nd why, but more to how designation and management is implemented. 2 cocos have the potential t 
7471 6 netic biodiversity is recognised by the convention on biological diversity and the ec biodivers 
ty, yet it is poorly represented at the policy level, compared to the two other components, spe 
by delivering dissemination tools which policy makers and conservation managers can convenientl 
rporate genetic biodiversity into their policy framework. the six work packages of this project 
to allow end-users to establish optimal policy and management options given the genetic data wh 
d-users to establish optimal policy and management options given the genetic data which have be 
13529 5 diversity. so far, however, few genetic monitoring programs focused on wild population have bee 
ral importance for the conservation and management of three critically endangered swedish fresh 
 a breeding experiment will be used for assessment of population structure, monitoring of chang 
for assessment of population structure, monitoring of changes in genetic variation, detection o 
actical guidelines for conservation and management of these and other species.  
9916 1 markers can be an essential tool in the management of endangered species such as the green turt 
14829 2 nction and to optimize conservation and management strategies. this is so because we can make i 
 will evaluate different historical and management scenarios by means of simulating gene dynami 
14515 1 sian scientists in order to promote the environmental management capacities of local organizati 
12174 1  impacts of widely practised vegetation management on the historic upland environment and to id 
12561 4              summary objective: provide policy with the best possible advice on scientific matt 
ing and whale populations in order that policy can effectively contribute to policy decisions a 
at policy can effectively contribute to policy decisions and discussions. key customer purpose: 
erest and influence in iwc meetings and policy decisions.  
2047 2 c intervention is necessary for optimal management. integrated management involves balancing sh 
sary for optimal management. integrated management involves balancing short-term versus long-te 
7711 11 ce towards deregulation of agricultural markets and substitution of agricultural price supports 
bility to cope with the vagaries of the markets, the pac is on the hot seat. intensive producti 
 operating systems to the production of public goods that meet societal expectations seems to u 
upport to be given to the production of public goods by agriculture. the objectives of this pro 
is project are: 1 deepen the concept of public goods provided by agriculture and the different  
an systems of farms in the provision of public goods 3 analyzing the inclusion of public assets 
 policies and prospects instead holding public goods. the interest of this project lies in the  
cessive evaluation of the production of public goods in different public policy frameworks, to  
ion of public goods in different public policy frameworks, to highlight what type of agricultur 
 promoted to maximize the production of public goods as interpreted a given reference. this pro 
s project aims to deepen the concept of public goods provided by agriculture in a broad sense e 
2526 2  experts in ecology, ecotoxicology, and risk assessment from 16 institutes and 8 nations. it is 
ntegrated way, taking into account both uncertainty and variability. the system will be openly  
7103 18                         wolf population management is the subject of controversy which raise im 
sis of the development available to the management of wolf populations at the interface of envi 
of wolf populations at the interface of environmental management sciences and sociology. analys 
y. analysis methods for structuring and governance of stakeholders in the management systems of 
g and governance of stakeholders in the management systems of the wolf population in france see 
ifferences and obstacles related to the management of the wolf - a contribution to current thin 
 about social phenomena coordination of collective action that make up the management of an ani 
n of collective action that make up the management of an animal"right to compete"- in a context 
imal"right to compete"- in a context of uncertainty and controversy. our research tries to unde 
ur research tries to understand how the management systems of a wolf population in france pair, 
ribe and understand the analysis of a ' policy in the making"by relying on work in new sociolog 
 in new sociology of science and public policy analysis. we address the political, scientific a 
xist and are in tension in streamlining management. from a diachronic reading of the factory co 
ronic reading of the factory collective management based on the construction and analysis of a  
ntory and highlight the"branches"of the policy in preponderant put wolf populations and to make 
between our social science research and management of wolf populations for better contribution  
or better contribution to linkages with management efforts including livestock activities. deep 
between our social science research and management of wolf populations, for the definition and  
12294 3 . 1 to review nfu/clas proposed work on management descriptions and guidance for the campaigns  
timal environmentally efficient type of management taking account of likely costs to farmers, c 
work are as similar to current types of management to comment on specification for baseline sur 
12654 1 t and the associated partial regulatory impact assessment.  
10436 1 ife as well as a prime objective in the management of pest species. we will explore consumer re 
12348 3 he development of a uk strategy for the management of contaminated dredged material. summary ob 
arbours and the cost of clear up. task: assessment of areas facing difficulty with contaminated 
sustainable development. – guidance and assessment to validate the use of e-clays to lock tbt c 
12611 2  which will be of benefit to uk plc. an assessment of the environmental and social impacts and  
 the form of a simple matrix. a similar assessment of the typical costs of remediation techniqu 
11070 1 rhizal to provide the first field-based assessment of the contribution of arbuscular mycorrhiza 
12248 2 d other publications on integrated farm management objectives will be presented in the form of  
d other publications on integrated farm management to include recent arable work and annually r 
7578 1 penaeid to use these new markers in the management of natural populations of litopenaeus schmit 
12729 2  ipbes - the inter-governmental science-policy platform on biodiversity and ecosystem services  
meeting on an intergovernmental science-policy platform on biodiversity and ecosystem services  
12711 2 tions for uk international biodiversity policy and highlight areas where the uk can contribute  
e the uk can contribute towards primary valuation of key biomes highlighted by teeb2  
12713 1  ipbes - the inter-governmental science-policy platform on biodiversity and ecosystem services  
12720 4   the project will: •establish a robust assessment of the condition of biodiversity action plan 
omparable in form to that used for sssi monitoring. •to provide preliminary recommendations on  
 provide preliminary recommendations on management requirements for non-sssi priority woodland  
to other countries in the uk. condition assessment will be based on a stratified sample of wood 
12746 1 the status of the implementation of the convention on biological diversity, progress towards th 
14888 1 by the other subgroups of this project, planning allergic atmospheric charge periods of common  
11144 3 by selfish individuals, or freeloaders. public goods games capture the essence of the paradox:  
contributions made by colony members to public goods, and determine whether this effort is cost 
s effort is costly. the function of the public goods will also be quantified by relating the th 
10315 4 o deliver the benefits described above. assessment of the southern ocean ecosystem s likely res 
es to change is required to support the management and protection of the benefits it provides.  
n due consideration by the ipcc, in the policy outputs of the international polar year and in d 
olar year and in developing sustainable fisheries management. we are at a critical point in the 
7515 1 ve conservation biology and sustainable management for use aquaculture. the originality of the  
11587 3 ast approach was that of single species management, devoid of many environmental aspects, and w 
nteraction with the fishing industry in management decisions. such an ecosystem approach requir 
g the ecosystem approach to sustainable fisheries management.  
10073 1  the mechanisms underlying life-history trade-offs in male and female fruitflies. the recent re 
10635 1 ductive ecophysiology and environmental uncertainty with behavioural ecology in examining the c 
10229 1 ed from environmental and developmental uncertainty by marginal chicks, such that the developme 
178 1 preting the results of research on pest management.  
12667 9  countryside survey provides a national assessment of the status, condition and long term trend 
ource protection programme and supports policy development across a large number of policy area 
cy development across a large number of policy areas including: sustainable development, uk bio 
k biodiversity action plan, cap reform, agri-environment schemes, environmental impact assessme 
agri-environment schemes, environmental impact assessment, air pollution impacts, water framewo 
pact assessment, air pollution impacts, water framework directive, soil strategy and climate ch 
ed. the study will include a scientific assessment of the changes occurring in the countryside  
he countryside and the implications for policy development. the last survey and assessment was  
policy development. the last survey and assessment was undertaken in 1998 and published in 2000 
10042 3 nd legally charged with the sustainable management of biodiversity. most conservation strategie 
odied by an ecosystem-based approach to management to which most governments are now legally ob 
dly that these processes are subject to management intervention. coral reefs of the western atl 
7195 2 characterized by a scenario approach to assessment of the effects of major changes in terms of  
or changes in terms of price and public policy on compromise production / biodiversity conserva 
12742 1 egrating a quantitative and qualitative assessment of changes in character and delivery of ecos 
515 21                                     the management of wolf populations is a subject of controve 
f the implementation of wolf population management in liaison with environmental management sci 
f population management in liaison with environmental management sciences and sociology. the an 
the analysis of structuring methods and governance of the systems of actors in wolf population  
he systems of actors in wolf population management in france seems to have the possibility to b 
crepancies and blockings linked to wolf management - a contribution to the present reflection o 
he social phenomenon of coordination of collective action which compose the management of anima 
 of collective action which compose the management of animal « worthy to fight about » – within 
 to fight about » – within a context of uncertainty and controversy. our research aims to under 
scribe and understand the analysis of a policy in development, in relying on the work in new so 
licies. we will broach the processes of policy, science and technical innovation, drawing speci 
ttention to the hybridizing of worlds – policy/science on one hand and rural/urban on the other 
 relationship in the rationalisation of management. based on a diachronic lecture of the works  
onic lecture of the works of collective management relying on the construction and the analysis 
presentation of the implementation into policy of wolf population management in france. moreove 
entation into policy of wolf population management in france. moreover, such an analysis will m 
 procedures for the implementation into policy of wolf population management. this will be used 
entation into policy of wolf population management. this will be used as ethnographic analysis  
ons, aiming to a better contribution to management efforts in liaison notably with breeding act 
our research in social sciences and the management of wolf populations is a very important elem 
f knowledge and a better efficiency for management control of the latter.  
13864 4  project would look at four alternative assessment methods. two of these methods involve biogeo 
 a refinement of the existing empirical assessment model. prototype assessment systems based on 
g empirical assessment model. prototype assessment systems based on all four approaches will be 
alternative approaches to acidification assessment for swedens eqc.  
444 2 ing bird survey which is a standardized monitoring scheme in which voluntary skilled ornitholog 
his study underlines that more holistic conservation planning should be more effective in human 
7160 1        the national program of temporal monitoring of common birds, set up by the CRBPO, since  
7506 1 ervation, genetic stability, and secure management of this high-quality assets, unique in franc 
7539 1 f response parameters cryopreservation: assessment of the effect of the genotype of the harvest 
11387 1 cological benefit and design options. a risk assessment will be made relating to the spreading  
13399 1 e culture and spawns of mushroom having economic value and growing in the natural flora of turk 
2116 3  providing guidelines for the long-term management and conservation of resources, based on exis 
 goose populations to perturbations and management schemes in the cultural landscape. finally w 
st-effective and integrated solution to management.  
7496 1 tic approach of people and phenological monitoring in the field, the objectives of this project 
2542 3                            contemporary management of the environment rests on the assumption t 
will contribute to more informed future policy decisions. the common analytic approach will add 
 cultural models and social conditions; valuation - how people give value to what they see and  
12200 2  evaluation framework for reporting and monitoring the direct and cumulative impacts of environ 
les and link in with existing landscape monitoring and research projects vi.be consistent with  
15522 5 climatic change, land cover changes and management on carbon stocks and net primary production  
e water is the main limiting factor and management has historically had an important effect on  
variability and a long history of human management that may have conditioned and limited these  
hesis of this study is that climate and management have a synergistic effect on carbon stocks a 
e stand level due to the recent lack of forest management. specifically, the four objectives of 
13316 2 ies has been hampered by: a the lack of monitoring for alien species at frequent enough interva 
mination system, an early detection and monitoring system for alien species in response to thes 
12452 1 mercial fisheries. a duel species stock assessment for irish sea cod and nephrops proposed almo 
12237 10                               to inform policy at national and european scales, defra needs to  
ity necessary to inform a wide range of policy questions now and for the future. defra has prev 
ure. defra has previously funded annual monitoring of disease and pest levels and agronomic pra 
diseases on wheat and oilseed rape. the monitoring initiatives will be continued within the cur 
istically robust source of evidence for policy making which aims to mitigate the impacts of cro 
op diseases and pests and unsustainable management practices on the environment. the data colle 
a collected are also a key resource for monitoring impacts of climate change on uk agriculture  
 well as addressing future research and policy needs this project will continue existing collab 
provision of samples or data to support monitoring for food safety, development and validation  
sting and identification of sustainable management strategies for the industry.  
12427 1  the newly developed ospar beach litter monitoring manual will ensure the collection and record 
10302 1 e cultural past. however, chronological uncertainty seriously hampers our understanding of near 
11681 1 1 million years old. such chronological uncertainty greatly hampers our understanding of early  
13788 2                                         forest management and fire suppression cause significan 
arch has implications for conservation, management and restoration of boreal forests.  
10172 1 gm pollen, and gives rise to recognised uncertainty in pollen profile analysis. measurements of 
7302 1 h polynesia, will allow a more accurate assessment of the role of invasions in extinction event 
12464 1 ying values to fisheries production and management. this part of the project will develop fishe 
12465 7 ing the information required to develop management plans. the maximum level of fishing effort c 
-target species will be evaluated using management strategy evaluation in order to develop robu 
y evaluation in order to develop robust management options. management strategy evaluation invo 
r to develop robust management options. management strategy evaluation involves assessing the c 
ssessing the consequences of a range of management strategies or options and presenting the res 
he results in a way which lays bare the tradeoffs in performance across a range of management o 
deoffs in performance across a range of management objectives. it seeks to provide the decision 
7677 8 ial importance. controversy surrounding fisheries management has become a high-profile debate a 
ficulty in establishing diagnostics and management measures for global fisheries. atlantic blue 
 fisheries characterize the majority of fisheries management problems: severe overcapacity, ope 
aters, high market value, and deficient governance at both the international and national level 
two parts: 1 the development of several management options for bluefin tuna using classical and 
to explore the effects of the different management options. this project will compare the respo 
on dynamics of bluefin tuna and several management options developed previously in the project. 
onstrate whether a common and efficient management option emerges from both panels to advance t 
7638 2 on programs requires the development of assessment reliable and general criteria for their succ 
hrough the installation of a network of monitoring of french and european reintroduction progra 
12393 2 lopments within the uks evolving marine monitoring and assessment strategy summary objective a  
 the uks evolving marine monitoring and assessment strategy summary objective a two year long p 
14787 1 ge to apply the results to conservative management of vulnerable and threatened species.  
12222 1 m for advising farmers on land and farm management as part of cap reform, but also to co-ordina 
11328 1 o has strong relevance to water quality monitoring in freshwater environments, which will be ex 
11594 1 o has strong relevance to water quality monitoring in freshwater environments, which will be ex 
12449 1 lowing for the development of effective management strategies for the irish sea demersal fisher 
541 1 tes based on the analysis of individual monitoring data, to identify potential pitfalls in the  
15160 1 g datasets on individual and population monitoring with any biological model . thus, we intend  
2118 1 ability of brazil nuts in the future. a management plan to deal with brazil nut exploitation is 
12773 1                            the european water framework directive the consortium also includes  
12772 2 t-aside, as well as the need to support policy on agri-environment schemes guidance and advice  
s well as the need to support policy on agri-environment schemes guidance and advice on optimis 
2094 1 ivity, and 2. consequences of different management strategies for productivity under various en 
7105 1 he issues identified in 1992 by the rio convention on biological diversity and the successive r 
12626 3 l photography of the extent of erosion, monitoring of erosion plots' and catchments to observe  
nds has best been captured via detailed monitoring studies on small catchment areas. what is no 
onduct a cost-effective, national-scale monitoring programme of erosion in the future.  
12586 6 lop processes to monitor future change. monitoring information is required to help policy maker 
itoring information is required to help policy makers understand the current state of the envir 
ssures placed upon it. information from monitoring is needed to show how we are meeting nationa 
otection the environment. additionally, monitoring information will also support the developmen 
t and implementation of future soil and environmental policy by providing evidence on the state 
evious uksic work, design a new uk soil monitoring scheme. the project is being managed by the  
12770 1 r of enhanced policing but will require management strategies and techniques that can avert or  
15202 2 ix canariensis, which are needy for the management and conservation of this genetic resource in 
to the canarian archipelago, and a poor management, impede the morphological characterization o 
15128 2 lishment of strategies for biodiversity management in an area which is especially sensitive to  
ve to global change and will facilitate decision-making to mitigate the ecological and socioeco 
14162 1 is hypothesized to be caused by various trade-offs due to the multiple roles of melanins, n-lim 
11749 1 f the region. this proposal for further assessment is based on new priorities set during the wo 
2536 1 nderstanding of migrating cancer cells, management of fish populations, or herd mentality among 
12369 4 as accompanied by an initial regulatory impact assessment to industry, regulators and other sta 
nd other stakeholders of current marine management arrangements and of existing planning proces 
management arrangements and of existing planning processes. to obtain information to enable def 
sts and benefits of possible new marine management arrangements being considered by the governm 
11509 1 ndent consultants have established that markets exist for metarhizium-based products but these  
11813 1  thus urgently needed for the effective management of marine ecosystems.  
12375 2  within which the uk can coordinate the monitoring of co2 in uk shelf seas. summary objectives  
 feasibility of the implementation of a monitoring programme. a risk based approach will be ado 
12765 3 sponsibility to facilitate the regional management of wild boar by providing local communities  
the study will also assess the relative cost-effectiveness of each of the methods and their sui 
 of this part of the project will be an assessment of this impact for the limited range of such 
12386 7  purpose - why is the r&d needed marine monitoring within the uk is driven by the need to provi 
 and agencies have adopted a new marine monitoring and assessment strategy. the strategy adopts 
ave adopted a new marine monitoring and assessment strategy. the strategy adopts the principles 
strategy adopts the principles that the monitoring will be based on answering known questions , 
first draft of a fit for purpose marine monitoring manual. summary objectives produce the first 
first iteration of a modular, uk marine monitoring manual that contains the protocols for all e 
s the protocols for all existing marine monitoring activity. the manual will be suitable for bo 
12380 1 and provide key data to support several policy commitments e.g. quality status reports . the pr 
12385 3 tomer purpose this project will provide management service and support for merman to deliver qu 
 to provide an evidence base to support policy decisions within the uk and europe. the project  
rman database, implementation of a data management plan and transfer of quality controlled data 
12645 1 m work underway to develop a regulatory impact assessment for the marine bill, and was not inte 
12470 4 basis for using real time closures as a fisheries management measure. the project will provide  
ence base on using rtcs as an effective fisheries management tool - including through the impen 
w and under a reformed common fisheries policy. it will have a direct impact on the effectivene 
evidence for industry led collaborative fisheries management measures under a reformed cfp.  
12683 1 t of a framework and prototype tool for decision making and prediction of landscape and biodive 
12387 3 fine the role of biological effects for management purposes ensuring the science is fit for pur 
 the science is fit for purpose and for policy. the project will also support the biological ef 
ical effects component of the uk marine monitoring programme, undertaken by defra to meet uk ob 
12570 3 es, on the nature and prioritisation of management decisions relating to the conservation, rest 
o evaluate the potential importance for management of different factors that may be affecting s 
they may be available for use in future management and research programmes.  
7575 1                                     all management perspective in situ genetic resources, it is 
10827 1 in scotland and can be used to design a monitoring programme funded by central government. apar 
12679 2 ey will then consult the scientific and policy making community, refine as required and produce 
r with a run of data that allows for an assessment of change over time. the indicator will have 
12528 4 s to develop a model framework to guide policy decisions aimed at: the models and methods will  
models with modules describing sampling/monitoring methods. the key questions are: • what sampl 
c so as to optimise disease control and management • how do intervention strategies affect the  
urther spread of the disease • how does uncertainty about pathogen biology and host distributio 
7570 1 ections, put forward a plan of rational management of these resources within the network and en 
10485 1 logy. to enable the conventional method assessment, we plan to label samples for each sampled s 
12551 1 ablish a system for early detection and monitoring of the shb by developing an effective lure a 
14374 1 erous scales and will allow an accuracy assessment based on common accuracy statistics. moreove 
7624 1 izing operating procedures and resource management and for heritage conservation  
12700 1 s essential for conservation action and policy development. the extent of coastal vegetated shi 
11134 2 at amroth and rhyl. hydro-environmental impact assessment modelling studies, regularly undertak 
ch can lead to erromneous environmental impact assessment outcomes. these shortcomings will be  
12245 5  provide information on integrated farm management systems will be incorporated, and convention 
the european unions common agricultural policy reform in june 2003, farmers were set to receive 
a more holistic approach to farming and land management, because the aim of the farming system  
 more or less any cost. integrated farm management systems view the farm as a whole, and encour 
 their requirements for land and animal management, setting objectives to enable good quality l 
14600 7 al resource with ecological, social and economic value. they are an essential, integral and dyn 
re prevented by the lack of appropriate management tools to guide the sediment assessment proce 
 management tools to guide the sediment assessment process, both from the technical and environ 
 methodological tool for the integrated management of sediments. the development of the tool wi 
he development of the tool will combine risk assessment . this project will help assess the rel 
predict the effects associated with the management of contaminated sediments. the tool will app 
d sediments. the tool will apply to the decision making process related to: need to adopt sedim 
12233 2 ng variety testing protocols to include assessment of n requirements and these options will be  
e most cost-effective methodologies for assessment of n requirements in wheat and osr variety e 
14330 3  a new, but topical application domain: redd that build on previous projects.in indonesia, 2 re 
ld on previous projects.in indonesia, 2 redd studies will be investigated in collaboration with 
only from a scientific, but also from a policy perspective. the newly established klimos o * pl 
6960 1 and can be used in a future nation-wide monitoring program. the experts teamed up for this prop 
14726 3 is a growing need of characterizing and monitoring forest biodiversity, which requires that app 
orated in forest inventories and forest planning and conservation policies. in this context, th 
nventories for the characterization and monitoring of forest biodiversity in spain.  
11266 1 equired for the trace gas detection and monitoring of pollutants in the environment. these sche 
9998 1 g best-practice quality checking, error management and outputs ready for further analyses in th 
12372 3 the marine bill will introduce a marine planning system with regard to better management and pr 
e planning system with regard to better management and protection of human activities which may 
ther eu approaches may take with marine planning, in line with the marine strategy directive an 
10006 7 nimals - is fundamental to conservation decision-making. despite recent advances in survey desi 
nd put amphibian and reptile population assessment on a par with other taxa that have well-defi 
cies; local authorities responsible for planning decisions and managing local nature reserves;  
 that provide advice, training and site management on amphibian and reptile issues. the project 
ans and reptiles, debate rages over the cost-effectiveness of such actions. the protocols that  
lients. equally, it will strengthen the decision-making processes involved with licensing by th 
ill be better-informed when it comes to planning issues. managers of nature reserves will also  
11536 7 nimals - is fundamental to conservation decision-making. despite recent advances in survey desi 
nd put amphibian and reptile population assessment on a par with other taxa that have well-defi 
cies; local authorities responsible for planning decisions and managing local nature reserves;  
 that provide advice, training and site management on amphibian and reptile issues. the project 
ans and reptiles, debate rages over the cost-effectiveness of such actions. the protocols that  
lients. equally, it will strengthen the decision-making processes involved with licensing by th 
ill be better-informed when it comes to planning issues. managers of nature reserves will also  
12392 1 ps and target future spending on marine monitoring and supporiting existing regional and global 
12459 10 nd evaluate existing knowledge on stock assessment and management in uncertain fisheries. devel 
sting knowledge on stock assessment and management in uncertain fisheries. develop management p 
agement in uncertain fisheries. develop management procedures using appropriate data for a rang 
 fisheries. provide better estimates of uncertainty in assessment outputs. key customer purpose 
vide better estimates of uncertainty in assessment outputs. key customer purpose: develop and e 
 evaluate alternative methods for stock assessment and management focussing on data poor stocks 
native methods for stock assessment and management focussing on data poor stocks. develop appro 
approaches for the generation of robust management and assessment of a wide variety of stocks,  
the generation of robust management and assessment of a wide variety of stocks, fisheries and m 
a wide variety of stocks, fisheries and management regimes.  
10652 2 conservation strategies and sustainable management of forests - comprising timber logging rules 
 to adapt their related territories and forest management policies.  
11832 2 conservation strategies and sustainable management of forests - comprising timber logging rules 
 to adapt their related territories and forest management policies.  
7702 8 lving at once a rapid reorganization of management systems and valuation of wood resources at d 
eorganization of management systems and valuation of wood resources at different scales, fine m 
ood resources at different scales, fine management of services rendered by impacted ecosystems  
ns on the ground through the example of forest management, the project offers forgeco developin 
h based on the principles of integrated ecosystem management, adaptive management, analysis of  
les of integrated ecosystem management, adaptive management, analysis of ecological limits, par 
tory approach and adaptive expertise in forest management and ecological vulnerabilities and so 
intensification scenarios evaluation of forest management participatory process structured by t 
11634 2 il and gas industry and in liaison with environmental policy formers, implementers and regulato 
l research that is directly relevant to environmental management issues/questions and it will e 
10184 1 ickleback. we will then explore how the trade-offs between these factors influence optimal repr 
1962 1  of plant defence has been a concern to integrated pest management: plant defence chemicals tha 
10158 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
10431 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
10432 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
10723 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
11714 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
9907 1 e uk. this project, which has been in a planning stage for four years, will be a benchmark exer 
12149 1              distribution and abundance assessment of two invasive fish species - round goby .  
10474 1 on to provide a complementary molecular assessment of the potential regulatory factors controll 
9905 1 on to provide a complementary molecular assessment of the potential regulatory factors controll 
15096 2 an be of relevancy for conservation and management of forests. from an applied point of view, t 
ble in order to improve our integrative management of forest pests, promoting the diversity of  
6871 1 scientific background to the ecological management of large rivers where the focal points are r 
2479 2 ccomplish this through a combination of monitoring activities, field studies and experiments ta 
ts are relevant with respect to prudent ecosystem-based management of norwegian marine resource 
12056 2 a was conducted in order to be used for management and monitoring. finally, a simulation model  
 in order to be used for management and monitoring. finally, a simulation model of vegetation h 
7013 1 earch project indian ocean biodiversity assessment 2000-2005 what are the temporary and geograp 
13468 2 f high resolution satellite data in the monitoring of grassland quality. an earlier phase of th 
 need to change our perspectives on the management of species diversity in old grasslands to in 
9919 1 nition and identification, diagnostics, monitoring and conservation, ecological and ecosystems  
11874 1 rturbation. the work directly underpins policy relating to environmental change and biodiversit 
10255 2  if we are to be able to make effective management decisions based on improved predictions from 
limate to elevated co2 is a key area of uncertainty in predicting and modelling future scenario 
2022 1 re of high importance for a sustainable management of these coastal habitats and commercial fis 
11335 1 en new pesticide legislation makes pest management increasingly challenging. plant derived resi 
11846 3 ast approach was that of single species management, devoid of many environmental aspects, and w 
nteraction with the fishing industry in management decisions. such an ecosystem approach requir 
g the ecosystem approach to sustainable fisheries management.  
10736 1 ial new set of molecular biomarkers for monitoring the effects of environmental contamination b 
13610 2 llect data that, together with previous monitoring and experimental studies, are of high scient 
ems, but also for the understanding and management ecosystems in general.  
11264 1 ity for social animals when coping with uncertainty.  
11546 1 ity for social animals when coping with uncertainty.  
9840 1 l develop and test methods for remotely monitoring and recording an individual hares use of fee 
7687 1 ll carnivores. at the same time, public policy of land  
11492 1 ental importance for ecosystem resource management under anthropogenic climate change and for u 
10693 1 use this information, and the long term monitoring of strength and extent of similar events by  
9880 1 and communicate intervention points and policy approaches to mitigate negative environment-dise 
14371 1  information is however crucial for the monitoring of environment-related processes. innovative 
7408 1 obank related stocks in situ population management  
15319 1 y but no solid ground for science-based management plans. in this proposal we aim to study fact 
15391 1 onservation genetics and contributes to risk assessment and to the design of effective strategi 
14602 1 bitat created by forest fire impact. 2- assessment of the patterns in distribution change at la 
14199 2 al activities to facilitate restoration management in dry calcareous grasslands. we aim to stud 
ss community dynamics under restoration management. in particular, we shall focus on the role o 
10125 2 e inform both early warning systems and management interventions. possibly the best source of d 
en the past and present that can inform conservation planning for today s endangered mammal spe 
12353 5             objectives sediment process monitoring work carried out on round 1 developments wil 
ts in order to make recommendations for monitoring of r2 developments. key customer purpose dti 
re the results of round 1 windfarm site monitoring to be reviewed so that lessons learned can b 
tained, and enhanced recommendations on monitoring requirements given, for round 2 offshore win 
dresses the results of sediment process monitoring only.  
14691 1  according to the foreseen scenarios of management and climatic changes.  
14690 1  according to the foreseen scenarios of management and climatic changes.  
14689 1  according to the foreseen scenarios of management and climatic changes.  
15532 1 nformation to improve the efficiency of management practices, understand the functioning of sem 
2081 1 l be used as input data for the models. uncertainty will be addressed throughout such simulatio 
10660 1 cientists will make new developments in monitoring will hold a scientific workshop during the s 
9886 1 cientists will make new developments in monitoring will hold a scientific workshop during the s 
13339 3 a system for estimating past change and monitoring as well as enabling forecasting of future op 
g forecasting of future options so that policy makers can generate appropriate strategies for m 
f the institutes concerned to long term monitoring. it will also provide the necessary structur 
15584 4 an societies and options for ecological management vary across local, regional and continental  
across large regions, and much existing environmental policy is specifically targeted at specie 
ecies-based models approach, addressing management capacities, priorities and implementation at 
as well as recommendations for european policy making.  
13317 1 nd associated confidence limits so that policy markers and land managers can use them for antic 
12040 1 ine protected areas and for sustainable management of marine resources, but also pointed out th 
519 3 on of biologic continuities is a public policy stake for management of biodiversity on local an 
ntinuities is a public policy stake for management of biodiversity on local and european scales 
sing new methods of remote sensing. the management of corridors in rural areas will be analyzed 
7635 4 ent of new eco technology, based on the valuation of biomass grown on contaminated mining sites 
development of a real chemical industry valuation of contaminated biomass, providing a boost to 
oal is to have a real chemical industry valuation of natural remediation process. this innovati 
ogies, his fist, is responsible for the valuation of the project  
10164 1 se techniques, coupled to environmental monitoring, will allow us to define population paramete 
11247 1 se techniques, coupled to environmental monitoring, will allow us to define population paramete 
9859 3 ill be assessed. results may have major management implications. methods. methods will include  
reys only, and one with greys and reds. management implications. if expansion rate of grey squi 
sion patterns are an important tool for conservation policy. the proposed research may help to  
14546 4 forementioned ecological attributes, an assessment in the flows occurring in a landscape can be 
is will open up new perspectives in the landscape planning and the eia, including the planning  
ape planning and the eia, including the planning and management of networks of protected areas, 
and the eia, including the planning and management of networks of protected areas, due to the p 
12346 1 nd widen both the sediment type and the habitat management potential. the suite of models that  
11410 2 e valuable information for conservation management policy on how important genetic diversity is 
information for conservation management policy on how important genetic diversity is in maintai 
9964 2 e valuable information for conservation management policy on how important genetic diversity is 
information for conservation management policy on how important genetic diversity is in maintai 
10722 1 explained by factors such as changes in management. from the early 1990s onwards, evidence was  
2117 1  levels may be quantified. the focus on assessment related to different levels of sheep density 
7603 1 available to facilitate the sustainable management of this threatened biological resource.  
7632 3 e intelligent regulations that meet the management challenges in a changing world. habitat dest 
ability of forests to these changes for forest management planning and conservation of these ha 
 to these changes for forest management planning and conservation of these habitats fundamental 
7700 2 mely manner, the needs of an integrated management. the project uses by setting the goal of imp 
mely manner, the needs of an integrated management. the project uses by setting the goal of imp 
15209 2 , inter-specific interactions, and game management among species of iberian carnivores. 3. to c 
ties. 4. to evaluate the effect of game management, especially predator control, on the composi 
7606 1 hey could one learn from the design and management of shared gardens for ecological engineering 
15294 5 is a natural resource with a high socio-economic value, but severe degradation produces physica 
 the eu promotes the identification and monitoring of its content in soil in order to develop r 
its content in soil in order to develop risk assessment systems. the risk caused to organisms i 
r transfer along the food web. however, monitoring campaigns to determine the concentration of  
 be of great interest and usefulness in monitoring protocols. therefore, the aim of this projec 
14230 3 ea. 3 conduct research in the fields of environmental policy, environmental impact assessment,  
 of environmental policy, environmental impact assessment, management and education.  
olicy, environmental impact assessment, management and education.  
15108 1                                     the water framework directive of the european union . in ad 
14770 3 ity of the andean rivers and the scarce water management tools available in andean countries an 
atus, developed under the regulation of water framework directive of the european union; the pr 
ncrease their water quality control and management of the andean watersheds. the fact that the  
14807 4  the field of action established by the water framework directive, the main objective of which  
id mediterranean regions, following the water framework directive. for this, research is needed 
ir adjusment to facilitate their use in environmental management. finally, and as an strategy f 
esults of this research to the field of water management, it is intended to define an integrate 
10062 2 jections will inform the development of landscape management plans and biodiversity conservatio 
keholders, informing the development of landscape management and biodiversity conservation stra 
7708 1 n the logic of the millennium ecosystem assessment work results in the field of aquaculture. we 
7661 1 . ec4: establishment of epidemiological monitoring of zoonoses in time and in space ec5: implem 
7203 2  responsible for crop losses worldwide. management relies heavily on the use of insecticides. t 
 and offer the agricultural environment management modalities for limiting pest pressure in an  
14163 1 components, facilitate to define marine management baselines at which eutrophication level migh 
14124 5 dered one of the most important aims of environmental policy in europe. the botanical focus of  
e botanical focus of the protection and management of these grasslands has been to protect rare 
sential for successful conservation and management experimental study of endangered species has 
ances, created by traditional grassland management by mowing or grazing can be diametrically op 
 species that are dependent on specific management regimes for successful regeneration and grow 
15033 1 and even because of their impact in the management and economy of water resources. with current 
12400 1        summary objective: 1. to make an assessment of current ; 3. to identify potential fundin 
1943 6 ay play a role in developing a national policy strategy on agro- biodiversity. from the chain/n 
o deliver an input to an optimal mix of policy instruments in a national policy strategy on agr 
mix of policy instruments in a national policy strategy on agro- biodiversity. this research pr 
pecial attention to market analysis, an assessment of potential market shares as well as an ass 
f potential market shares as well as an assessment of optimality of policy instruments is envis 
 well as an assessment of optimality of policy instruments is envisaged.  
2103 2 ernational agreements require fisheries policy to be based on an ecosystem approach. the overal 
chieve a better understanding of marine ecosystem management with a combination of ecological c 
2203 3  but aims at finding the combination of policy instruments which generate explicit invasion tar 
of this wp is thus to identify the best management strategy for species risk management. this,  
st management strategy for species risk management. this, in turn, requires three classes of in 
12513 6 licies on the organic sector and public policy goals, by improving the collection and analysis  
rice setting procedures in organic food markets and effective policy-making all require good fi 
s in organic food markets and effective policy-making all require good financial data and a sou 
f the potential impacts of business and policy decisions on producers and the activities they u 
ies both on beneficiaries and on public policy goals, and by providing an improved understandin 
roved understanding of key issues where policy intervention or adjustments might be required, i 
2208 10         we aim to develop tools for the management of recreational lake fisheries including the 
rmance, and study the performance of an adaptive management of lake ecosystems carried out in c 
als of our project are to: • develop an adaptive management program for the sustainable use of  
ll involve o an experimental whole lake management study focused on the effect of catch and rel 
nt harvesting regimes by the local fish management areas on fish community and overall ecosyste 
system with the purpose of developing a monitoring program that is simple enough to be run by l 
s simple enough to be run by local fish management areas but sensitive enough to include measur 
critical changes in the systems. theses management tools will be developed together with the ot 
complished through the establishment of management systems that are based on the principles of  
 that are based on the principles of co-management.  
12439 1    summary objective develop and test a management system for implementing an ecosystem approac 
2514 3 ng process understanding in operational fisheries management under present day climate and futu 
operationally realistic ecosystem based assessment modelling, a simpler model that can perform  
ultiple simulations in order to address uncertainty will be developed based on an existing oper 
14988 3 t always adequately reflected in better management decisions. this partial failure in the appli 
ss of knowledge transmission and to the management process itself. but it is also plausible tha 
nvironment, ideally helping to a better management.  
14989 3 t always adequately reflected in better management decisions. this partial failure in the appli 
ss of knowledge transmission and to the management process itself. but it is also plausible tha 
nvironment, ideally helping to a better management.  
2073 2 ollowing: if one is to devise efficient management strategies, according to internationally rec 
heir interactions with the decisions of management authorities, will be forceful social and pol 
2086 2 ollowing: if one is to devise efficient management strategies, according to internationally rec 
heir interactions with the decisions of management authorities, will be forceful social and pol 
7712 1 n support in the context of sustainable management of the saint- jacques shells stocks handle  
10720 2 p and project development strengthening decision-making options and transferring this knowledge 
t policies and regulations on grassland management and poverty alleviation in china, to compile 
13754 1 elop ecosystem restoration policies and management in a direction that allows adaptation, given 
11402 12 ts, which is required in order to guide policy and management of these agroecosystems, is limit 
s required in order to guide policy and management of these agroecosystems, is limited. vital w 
ands, and its vulnerability to changing management, can be explained by the coupling among plan 
es in the french alps , which represent management trends spanning the full gradient of fertili 
 prescribed by the millennium ecosystem assessment for regional assessments of biodiversity and 
w these are perceived to be affected by management, as well as indicators they use for these se 
measurable plant traits that respond to management and affect carbon and nitrogen turnover. wp3 
est the robustness of this model across management intensity gradients at the three field sites 
rvice delivery according to alternative management scenarios constructed by downscaling with lo 
f local stakeholders, land managers and policy makers, to meet these needs by transferring know 
em services delivery, and of impacts of management change. their feedbacks and perception of ac 
 rural development will be delivered to policy makers. outreach to managers and the public will 
481 8 hanges in legislation , which represent management trends spanning the full gradient of fertili 
 prescribed by the millennium ecosystem assessment for regional assessments of biodiversity and 
w these are perceived to be affected by management, and linkages among services, as well as ind 
measurable plant traits that respond to management and affect carbon and nitrogen turnover. wp3 
l linking plant functional responses to management, their impacts on microbial functional diver 
est the robustness of this model across management intensity gradients at the three field sites 
rvice delivery according to alternative management scenarios constructed by downscaling with lo 
f local stakeholders, land managers and policy ma  
10141 2 rities to co-ordinate and implement the management schemes by the engagement with policy/decisi 
nagement schemes by the engagement with policy/decision makers from the early consortium buildi 
11169 2 rities to co-ordinate and implement the management schemes by the engagement with policy/decisi 
nagement schemes by the engagement with policy/decision makers from the early consortium buildi 
13987 3 to expand globally, despite substantial trade-offs with other ecosystem services. this has led  
h altered land uses, spatial scales and management practices, and if so, whether this change is 
ll connected to researchers, actors and policy makers. both landscapes contain large-scale comm 
7675 6 ence on these services, and the use and management of ecosystems. our hypothesis is that ecosys 
ystem services and land-use change. our assessment will benefit from our detailed understanding 
 ecosystem services are interconnected. trade-offs and synergies will be quantified by a specif 
. these scenarios will build on current urban planning exercises by public authorities, and dow 
 in the comparison of scenarios and the assessment of trade-offs in order to foster a dialog on 
ison of scenarios and the assessment of trade-offs in order to foster a dialog on development p 
12594 7 he natural environment are reflected in decision-making. therefore, when taking action in peatl 
efore, when taking action in peatlands, management should strive to achieve multiple benefits a 
rk in light of the millennium ecosystem assessment. it is novel and visionary work, bringing ke 
em services, we will determine suitable valuation data required to undertake peatland ecosystem 
to undertake peatland ecosystem service valuation based on peatland maintenance and restoration 
osystem service provision to facilitate monitoring of the health of ecosystems. ultimately, the 
o provide critical guidance on peatland management actions to prioritise locations and actions  
7629 1 as for decades, and propose appropriate management measures. from this perspective, this projec 
15493 1 w a priority in ecological research and environmental management. in this project, we integrate 
15116 4 c programme of the millennium ecosystem assessment, with the aim of generating scientific knowl 
knowledge applicable into a sustainable land management. it mainly focuses on the natural herit 
n ecosystems. it is expected to provide planning and management tools, and also to offer future 
 it is expected to provide planning and management tools, and also to offer future sceneries of 
15117 4 c programme of the millennium ecosystem assessment, with the aim of generating scientific knowl 
knowledge applicable into a sustainable land management. it mainly focuses on the natural herit 
n ecosystems. it is expected to provide planning and management tools, and also to offer future 
 it is expected to provide planning and management tools, and also to offer future sceneries of 
7565 1 environments, 3- and assumptions of the management of these ecosystems and the parameters that  
13318 3 ill address significant information and management of knowledge problems in a rapidly changing  
e scientific but also structural: about governance and management; about providing a suitable i 
t also structural: about governance and management; about providing a suitable it environment;  
538 2 ly by taking into account the impact of forest management on microbial diversity below ground c 
useful information for conservation and policy making.  
6910 2  of the surrounding vegetation and pest management strategies on the colonisation rate of some  
ages. 3. effect of different herb layer management strategies on the fauna of apple orchards. a 
15518 5 work that contributes to generate a new landscape planning model based on ecosystem services ma 
nning model based on ecosystem services management and meant to avoid potential mismatches betw 
able landscapes. different policies and management strategies in mediterranean ecosystems have  
ll allow us to understand how different management strategies of mediterranean social-ecologica 
esearch proposes a new approach for the management of mediterranean ecosystems, based on the an 
15289 2 icultural landscape intensification and management . the results from this subproject will hope 
ute toward the definition of a balanced management of crop production and biodiversity conserva 
7202 1 l communities in the soil. the modes of management and agricultural and forestry land disrupt t 
12507 3        background and purpose fertility management remains one of the most crucial aspects of o 
o direct economic return. soil nutrient management and improvement of fertility building strate 
 be of benefit to other stakeholders eg policy makers and regulatory bodies.  
11669 1 rial melanism in peppered moths, and to environmental policy makers who need to appreciate the  
14434 2 rvation of biodiversity and sustainable management of environment, studies on natural habitats’ 
to make recommendations for sustainable management of territories, where intentions to build sk 
7697 1 ent, and urbanization industrialization policy  
14814 1 l will provide relevant information for policy makers to establish legislation aiming to mitiga 
2172 1 provide vital input to design of future monitoring programs. experiments will be set up to gain 
2080 2 l analyses of a data set from a 23-year monitoring programme in southern norway. the distributi 
 available for economical modelling and forest management adaptations in various districts of n 
10814 1 ding of reef change will help us devise management strategies that can stem the losses - even,  
2095 1 erefore be highly relevant for a proper management of viable salmon populations.  
13441 1 t can be used by managers for long-term management strategies and to assess the potential envir 
423 1 strongly influenced by the evolution of markets for seafood in europe, and the development of s 
13967 1 observations of pollinator behavior and monitoring of pollinator abundance. pollination service 
540 1 climate change on these ecosystems, the management of their resources and the extrapolation bet 
12177 5 ey role in wildlife conservation, stock management, shelter and erosion control. the hedgerow n 
ged landscapes. hedges require frequent management in order to maintain their character, condit 
he results of experiments 1-3 to inform management prescriptions, policy development and furthe 
1-3 to inform management prescriptions, policy development and further research. it is recognis 
h. it is recognised that the impacts of management regimes are likely to take many years to hav 
14741 1 on hydromorphology and river ecology; - management proposals to improve the lower ebro river ec 
2136 1 several products that can be useful for ecosystem management including estimates of carrying ca 
14184 2 nthetic plant protection products. pest management by any plant protection product is costly, w 
 in our laboratory enables simultaneous monitoring of the various organ systems and mutual func 
13488 1  the sustainability of present reindeer management regimes and for understanding how reindeer i 
13698 1 uction but also development of value in planning instruments will probably increase the long-te 
15517 1 valuated urgently in order to establish adaptive management of conservation. however, little is 
14790 1 e abandonment and suggest a sustainable management of these areas base on our results. we also  
11393 2 olled burning is used worldwide for the management of vegetation, yet there is serious concern  
erence underpinning uk moorland burning policy.  
7507 1 g a specific consideration in diversity management programs. the methods are commonly used in t 
10597 1 celand who will assist in the fieldwork planning and execution and in the setting up of the fun 
14270 1 diment and biota and performs important policy supporting research on the scheldt estuary.  
10134 2 vidual s genetic quality influences the trade-offs between ornamentation and parasite resistanc 
stigate how mhc genotype influences the trade-offs between hormones, parasite resistance and se 
14843 1 parasite resistance, and influences the trade-offs between hormones, immunocompetence and sexua 
11024 1  a large carnivore while simultaneously monitoring interactions between competitors and prey. w 
12644 1 y will need to analyse from a legal and policy perspective alongside other proposals being deve 
12478 9 t in 2001, then a different approach to policy development and implementation needs to be adopt 
rk programme, the ‘millennium ecosystem assessment, not only recognised the multiple benefits t 
gical systems provide but realised that policy and planning decisions must also take into accou 
ms provide but realised that policy and planning decisions must also take into account an ecosy 
of an ecosystem and how the concepts of valuation and critical thresholds and limits can be inc 
obust for incorporation into government policy, for example, its ability to identify and deal w 
fy and deal with cumulative impacts and trade-offs. adoption and implementation of the approach 
mentation of the approach by government policy makers and decision-makers like the planning aut 
icy makers and decision-makers like the planning authorities will ultimately protect and enhanc 
7472 1 ces against the background of knowledge management theory. related to that, a built-in evaluati 
7488 1  with reduced input costs and optimised land management. energypoplar is designed to develop do 
12503 5 shorter term experiments and additional monitoring are encouraged to test environmental change  
heses that may have been generated from assessment of the long-term data or from other sources. 
ther sources. as concern grows over how policy is best applied to conserve or enhance biodivers 
bility to address emerging research and policy needs. the primary aim of this proposal, therefo 
ivities, and provide consistent project management.  
7107 3 tion of biological continuity is public policy issue of biodiversity management of local scales 
 is public policy issue of biodiversity management of local scales at european level. regional  
including connectivity, remote sensing, landscape management by farmers and various aspects of  
13599 3                          the successful management of biodiversity in a changing world requires 
an be integrated in viability analyses, conservation planning and management design.  
ity analyses, conservation planning and management design.  
7701 1 this development raises questions about externalities and induced effects. especially in light  
14587 1                          a quantitative risk assessment based only on exposure and toxicity is  
13970 1 olutionary processes as for sustainable management of species. a number of studies have found c 
7037 1 terdisciplinary use of the material for landscape planning processes as well as for use within  
10372 1 ation and ability to pursue a career in environmental management to succeed. this grant support 
7200 1  understand the recomposition of public policy and to be able to develop practical recommendati 
12536 2 a grandiflora as the target species for assessment of the feasibility of eradication using herb 
ch is novel and will contriibute to the management of such species if successful, and will also 
14375 3 r understanding, mapping, modelling and valuation of ecosystem functioning and services. in 200 
ices. in 2005, the millennium ecosystem assessment provided another boost by documenting the im 
he global recognition by scientists and policy makers, the science of ecosystem service mapping 
12229 3 ce. moran et al in the gin, a web-based management system to facilitate project management and  
management system to facilitate project management and partner collaboration, a scoping exercis 
dge exchange of the gin and support the management and interaction between project partners and 
11399 4 ity to establish a long-term ecological monitoring site to study the colonization of volcanic l 
ant we seek support to begin biological monitoring of the lava and to establish a microbial mon 
f the lava and to establish a microbial monitoring observatory on the flows. this work has dire 
eather station with a view to long-term monitoring of the biotic community on the flows. this w 
7246 4  of rainfall phenomena at fine scales * assessment of water flows and urban-background * impact 
lopment of aid to the understanding and management tools, qualitatively and quantitatively, urb 
ize the operation of sanitation systems management devices. stages * creation of a website * se 
n the various sites * scientific equity valuation conducted in observatories  
7157 1 l be established both from the temporal monitoring of the diversity of species present in six r 
12740 4 baseline of uk performance in landscape policy in 2007. the monitoring of changes to this polic 
rmance in landscape policy in 2007. the monitoring of changes to this policy and legislation ov 
2007. the monitoring of changes to this policy and legislation over a 5 year period and its con 
dscape. in light of these findings, the assessment of the impact of the european landscape conv 
15019 1 oject should be a tool directly used by management consulting companies or directly by game man 
12330 1 al england are now keen to undertake an assessment of the incidental socio-economic benefits of 
9875 2  farming, without a wholesale change in management. modern agriculture faces a conflict between 
onmental need for reduced intensity. if policy makers are to resolve this conflict, it is essen 
6894 1 development of new pest-forecasting and monitoring techniques and throughout the project enviro 
13320 12  and national level in recent years, no monitoring system that is able to check whether this go 
hods to measure biodiversity or missing monitoring programs, but a lack of a eu framework, that 
ndardize, focus and coordinate existing monitoring programs towards this objective. the eumon p 
ework by comparing existing methods and monitoring schemes of species and habitats of community 
ill pay special attention that existing monitoring programs can incorporate these methods and w 
e recommendation how new and successful monitoring programs can be established. special conside 
 special consideration for implementing monitoring programs will be paid by studying the social 
 paid by studying the social effects of monitoring regimes, because the relationship between am 
important for implementing a successful monitoring regime. the establishing of the natura 2000  
protection. for information and to give policy advise a comprehensive database on monitoring sc 
licy advise a comprehensive database on monitoring schemes and recommended methods will be made 
net portal to the end users scientists, policy makers, decision makers and nature conservators  
13322 2 ese interactions. it is relevant to the water framework directive and other international direc 
ied system of ecological indicators for monitoring freshwater ecosystem health, and new methods 
2517 3 sition. the latter is of importance for policy or management guidelines concerning questions re 
e latter is of importance for policy or management guidelines concerning questions related to g 
rimental design and molecular diversity assessment methodology, metagenomic data handling. the  
9878 11 an analysis of the effects of different management and conservation strategies for beech forest 
d to assess the impact of the different forest management strategies on intra- and inter-specif 
th across its range. the ecological and management related data derived from the uk-led wp1 wil 
y other european partners assessing the governance strategies of natura 2000 areas, the ecosyst 
 services provided by beech forests and market-based instruments for beech forest conservation. 
o develop recommendations on innovative management, conservation and governance strategies for  
innovative management, conservation and governance strategies for beech forests. all in all, th 
anging climatic conditions, multi-level governance of beech forests in europe, and valuation an 
ernance of beech forests in europe, and valuation and marketing of the environmental services b 
uation as well as to develop innovative management, conservation and governance strategies to e 
innovative management, conservation and governance strategies to ensure the survival of beech f 
483 7 o develop recommendations on innovative management, conservation and governance strategies for  
innovative management, conservation and governance strategies for beech forests. to meet this c 
ll produce, inter alia, a comprehensive policy paper as well as interdisciplinary scientific pu 
ll goal of the project is to incite the policy-science-interface by involving politics and poli 
nce-interface by involving politics and policy related institutions, scientists and practitione 
anging climatic conditions, multi-level governance of beech forests in europe, and valuation an 
ernance of beech forests in europe, and valuation and marketing of the environmen  
7454 3 a system for estimating past change and monitoring as well as enabling forecasting of future op 
g forecasting of future options so that policy makers can generate appropriate strategies for m 
f the institutes concerned to long term monitoring. it will also provide the necessary structur 
2041 2 sciplinary, legally-oriented review and assessment of european community common fisheries polic 
and economic data and analyses as well. assessment of the coherence of european fisheries and d 
12396 2  together the wide variety of data from monitoring and research, including models. this knowled 
sed to strengthen the evidence base for assessment of the eutrophication status in the uk. the  
7242 1 may have important implications for the management of water and the development of ecological e 
10354 5 data from 200 long-term tropical forest monitoring plots, and i have 5+ years funding from a ro 
the congo basin, yet there are very few monitoring plots there, and secondly there are too few  
allow me to make repeat measurements of monitoring plots across africa. this targeted fieldwork 
biodiversity conservation on the ground monitoring of forests, as this project proposes, to und 
 essential information that will assist policy makers and wider civil society to make better-in 
12220 13 s towards evidence-based development of policy, there is a need to integrate information across 
der to determine the impact that future policy decisions may have on the ability of uk agricult 
could be used to aid the development of policy by predicting the impacts of policy decisions on 
 of policy by predicting the impacts of policy decisions on land-use and biodiversity, amongst  
pacts of changes in farming systems and land management on biodiversity. the aim of this desk s 
use ecosystem scale modelling to answer policy questions and to predict the impact that future  
s and to predict the impact that future policy directions may have on land-use, and its consequ 
s an example and will determine typical policy questions that need to be answered, biodiversity 
d. since changes in farming systems and land management are likely to alter patterns of vegetat 
valuate both ecosystem scale models and land management models for their ability to predict bio 
 modelling to be used to develop future policy in relation to biodiversity targets, particularl 
pacts of changes to farming systems and land management in relation to policy development.  
tems and land management in relation to policy development.  
15230 7                                     the management of rabbit populations , it is still unclear  
s still unclear what the most effective management techniques are. for example, previous studie 
 peninsular. this paper aims to make an assessment of management techniques currently applied,  
his paper aims to make an assessment of management techniques currently applied, and seeks to i 
terest. we aim to design more effective management techniques, that recognize the associated co 
ociated costs and benefits, and provide policy makers with scientific advice to design effectiv 
h scientific advice to design effective management policies.  
14822 1 s costs incurred on the acquisition and management of areas for conservation. to achieve these  
12326 2  4examine how educational access within agri-environment schemes relates to wider provision of  
 england and include a ‘value for money assessment.  
7415 1 n of the 4th action programme under the water framework directive  
13716 3 gical heterogeneity at multiple scales. agri-environment schemes are used to reduce agricultura 
anding on how to optimize the effect of agri-environment schemes on the preservation of biodive 
 to: propose cost-efficient ways to use agri-environment schemes to restore biodiversity of far 
7581 1 s analysis of different varieties cycle management methods and selective processes that result. 
1103 1  sectors. in this context, an efficient management of the water resources is considered very im 
10801 1 odels suggest that parents benefit from monitoring costly offspring begging displays because su 
15476 3  variable as to compromise the simplest assessment of whether species distributions should be e 
t or expand for any given scenario. can uncertainty from bioclimate models be reduced to foreca 
ount for the evolutive potential in the assessment of the effect of climate change based on eco 
13323 2 logy and evolution - for understanding, monitoring and predicting genetic diversity, ecosystems 
 the purpose of education, biodiversity monitoring, and conservation. the network will develop  
7716 1  contributing to ecologically intensive management of agricultural production  
10472 1 e. the results will be relevant for the management of biodiversity in the context of climate ch 
14651 1 ic analysis will be complemented by the assessment of genetic and phenotypic variation both in  
10273 1   there is great scientific interest in monitoring, understanding and predicting the ecological 
13417 1 has been conducted since 1995 under the management and coordination of general directorates of  
6947 1 s project is a theriological survey and monitoring of the most characteristic grasslands of the 
12767 2 ent population and habitat assessments, habitat management and enhancement and actions that wil 
the 2001 guidelines: this will allow an assessment of the impact of the improved guidance. on a 
11202 1 art of the programme will be a critical assessment of the utility of different proteomics metho 
2107 1 gical system is important for a correct management of this important coastal system.  
10547 1 ted at scales relevant to international environmental policy. an important first step in this d 
12198 4 sland is the predominant habitat in the agri-environment schemes associated with entry level st 
wardship will enable a full, integrated assessment of the benefits of the different management  
ssment of the benefits of the different management prescriptions on biodiversity and ecosystem  
to be placed in the recommendations and policy guidance emerging from the project.  
14589 3 eir exploitation implies some degree of management including: fragmentation of populations, ext 
 rut. we have shown that these types of management are associated with losing genetic variation 
opulations, as well as the way in which management associated to hunting contributes to change  
14201 1 al conditions and impact of traditional management on the species richness, cover or compositio 
7548 2   the project aims to study the in situ management of corn ecotypes by comparing the diversity  
r a combination of ex situ conservation management and conservation"on the farm"  
14624 1 l as to test the utility of programs of fisheries management used in other countries.  
11660 1  have far reaching applications for the management of other wetland sites throughout europe. th 
12511 4 hich respond more rapidly to changes in management, may be more efficient and sensitive indicat 
elation to soil health, and soil health assessment in organic farming systems. the work will ad 
as the use of inoculants and changes in management practice, will also be included. the specifi 
mental biological, chemical or physical assessment of soil health in farming or other relevant  
12236 2 nmental benefits of formal and informal environmental management practices. the quality or cond 
 or condition of habitat and associated management will be measured as a means of indicating th 
15577 1 onomically feasible recommendations for policy-makers that enhance biodiversity and ecosystem s 
12600 3 es that there is a need to improve soil management practice on construction sites and identify  
ill: · review current practices of soil management on construction and development sites, · doc 
oil use and re-use, whether economic or planning-related, · describe current best practice, and 
2184 1 e will compare the different sources of uncertainty, ranging from measurement error to process  
14303 1 on of political tools, establishment of policy guidelines and publication of results.the vast m 
15042 1  relevant question for conservation and management of these environments, threatened by deserti 
12281 1 e the effectiveness of eu-rotate_n as a management tool to plan more environmentally friendly c 
12235 2 ssland fields according to the intended management `. planet v3 however, will not provide recom 
mmendations, and for improving nutrient management practices on grassland farms.  
12221 6 icide tolerant crops has shown that the management systems employed can affect changes in biodi 
changes in biodiversity, and that these management systems should be optimised to assure the hi 
iversity attainable. for biomass crops, management systems that will affect biodiversity includ 
on which to draw up guidelines on these management systems and, given the rate at which plantin 
ase on biodiversity in energy crops for policy development by determining how the biodiversity  
d by the spatial scale, structuring and management of the plantings. this will be done by sampl 
6876 1 tural fields as well as in conservation management. the project will provide opportunities for  
10457 2 linked to changes in land use and river management practices. these increase have resulted in a 
stream biota. to inform the sustainable management of lowland permeable catchments there is an  
13757 16 urgent need for a co-ordinated european policy on fire management. the main aim of fireman is t 
 a co-ordinated european policy on fire management. the main aim of fireman is to generate poli 
 the main aim of fireman is to generate policy guidance and management tools for the appropriat 
eman is to generate policy guidance and management tools for the appropriate use of fire to fos 
age with local communities and regional policy-makers to impact planning and policy. specifical 
es and regional policy-makers to impact planning and policy. specifically, we will evaluate soc 
al policy-makers to impact planning and policy. specifically, we will evaluate societal prefere 
eferences towards fire and biodiversity management and develop economic models to explore cause 
 explore causes of over-exploitation of public goods. such knowledge is important for policy de 
 goods. such knowledge is important for policy development. anticipated major outcomes will be  
al communities to fire and biodiversity management. these tools will be developed in close conj 
th local managers and be used to impact policy to favour biodiversity. fireman will help with t 
f an integrated approach to forest fire management is crucial, and starts with landscape and af 
starts with landscape and afforestation planning. fireman closely follows this advice with an i 
ice with an integrated approach to fire management through modelling and a focus on landscape a 
 a focus on landscape and afforestation planning in partnership with practical specialists.  
9881 12 urgent need for a co-ordinated european policy on fire management. the main aim of fireman is t 
 a co-ordinated european policy on fire management. the main aim of fireman is to generate poli 
 the main aim of fireman is to generate policy guidance and management tools for the appropriat 
eman is to generate policy guidance and management tools for the appropriate use of fire to fos 
age with local communities and regional policy-makers to impact planning and policy. anticipate 
es and regional policy-makers to impact planning and policy. anticipated major outcomes will be 
al policy-makers to impact planning and policy. anticipated major outcomes will be characterise 
al communities to fire and biodiversity management. fireman will help with the european target  
f an integrated approach to forest fire management is crucial, and starts with landscape and af 
starts with landscape and afforestation planning. fireman closely follows this advice with an i 
ice with an integrated approach to fire management through modelling and a focus on landscape a 
 a focus on landscape and afforestation planning in partnership with practical specialists.  
473 12 urgent need for a co-ordinated european policy on fire management. the main aim of fireman is t 
 a co-ordinated european policy on fire management. the main aim of fireman is to generate poli 
 the main aim of fireman is to generate policy guidance and management tools for the appropriat 
eman is to generate policy guidance and management tools for the appropriate use of fire to fos 
age with local communities and regional policy-makers to impact planning and policy. specifical 
es and regional policy-makers to impact planning and policy. specifically, we will evaluate soc 
al policy-makers to impact planning and policy. specifically, we will evaluate societal prefere 
eferences towards fire and biodiversity management and develop economic models to explore cause 
 explore causes of over-exploitation of public goods. such knowledge is important for policy de 
 goods. such knowledge is important for policy development. anticipated major outcomes will be  
al communities to fire and biodiversity management. these tools will be developed in close conj 
th local managers and be used to impact policy to favour biodiversity. fireman will help with t 
15569 16 urgent need for a co-ordinated european policy on fire management. the main aim of fireman is t 
 a co-ordinated european policy on fire management. the main aim of fireman is to generate poli 
 the main aim of fireman is to generate policy guidance and management tools for the appropriat 
eman is to generate policy guidance and management tools for the appropriate use of fire to fos 
age with local communities and regional policy-makers to impact planning and policy. specifical 
es and regional policy-makers to impact planning and policy. specifically, we will evaluate soc 
al policy-makers to impact planning and policy. specifically, we will evaluate societal prefere 
eferences towards fire and biodiversity management and develop economic models to explore cause 
 explore causes of over-exploitation of public goods. such knowledge is important for policy de 
 goods. such knowledge is important for policy development. anticipated major outcomes will be  
al communities to fire and biodiversity management. these tools will be developed in close conj 
th local managers and be used to impact policy to favour biodiversity. fireman will help with t 
f an integrated approach to forest fire management is crucial, and starts with landscape and af 
starts with landscape and afforestation planning. fireman closely follows this advice with an i 
ice with an integrated approach to fire management through modelling and a focus on landscape a 
 a focus on landscape and afforestation planning in partnership with practical specialists.  
6819 1 four-year research we will continue our monitoring-type fish parasitological and faunistic stud 
2209 9 f applied problems in fish and wildlife management in sweden. it also aims at developing useful 
ms at developing useful and operational management tools for detection of population change and 
uman activities, and for risk analysis. adaptive management of natural resources does not only  
rces does not only require an efficient management infrastructure, political, social and econom 
tate of the system under consideration. adaptive management requires information input and anal 
tion input and analytical tools for the management process. the goals of this project are there 
• identify the most critical sources of uncertainty about the biological state of an adaptively 
alternative harvesting, protection, and monitoring procedures can reduce that uncertainty • fin 
d monitoring procedures can reduce that uncertainty • find rational procedures to select the be 
15585 4 ll investigate the dynamic link between management and future biodiversity scenarios using fres 
 scenarios of biodiversity maintenance, management and resilience. while past studies have eval 
 catchments that are relevant for local management. we will collaborate with local managers and 
provide the basis for investigating how management actions feedbacks to affect biodiversity sce 
7318 1 representing an economic alternative to management by the rendering industry. ecotoxicological  
14208 3 uate the potential of focal species for ecosystem management both on the theoretical basis and  
 theoretical basis and by regarding the cost-effectiveness of the selection process needed list 
w many species are suitable for guiding management.  
11269 2 or knowledge gap. to enable sustainable management of water and land resources, in an era of fa 
velopment and change, new approaches to assessment are needed. this project will, therefore, fo 
11416 2 or knowledge gap. to enable sustainable management of water and land resources, in an era of fa 
velopment and change, new approaches to assessment are needed. this project will, therefore, fo 
14828 1 he conservation implications of carrion management.  
12467 4 een the cfp and international fisheries governance and identify aspects that could be included  
nternational elements. this involves an assessment of policy coherence between the cfp and fish 
lements. this involves an assessment of policy coherence between the cfp and fisheries developm 
tween the cfp and fisheries development policy. it will also involve identification of aspects  
11501 5 cial sciences, economics, ecology, risk management, spatial planning, climate change and comple 
mics, ecology, risk management, spatial planning, climate change and complexity sciences to des 
, including local communities, ngos and policy-makers to design a new integrating framework tha 
s and agricultural lands to explore the uncertainty, volatility, trade-offs and tipping points  
to explore the uncertainty, volatility, trade-offs and tipping points associated with managing  
210 2  are: 1. to assess the effectiveness of agri-environment schemes in estonia. for this purpose,  
inators and help develop more effective agri-environment schemes that aim to conserve pollinato 
14314 1 rmore build bridges between science and policy. on the one hand, the cluster project will synth 
13464 1 wledge should enable a more sustainable management of swedish forests optimising the balance be 
404 1 ke informed decisions about the optimal forest management strategy to ensure that both producti 
13459 2 ated. the results intend to be used for management and protection of surface waters, and to adv 
ction of surface waters, and to advance forest management guidelines for limiting nutrient expo 
7310 2  -de- france, the observatory building, monitoring and proper scientific expertise service for  
ntific expertise service for integrated management of biodiversity resources area. this objecti 
10399 6 a, has argued that the current european management policy towards closed canopy woodland is aff 
ed that the current european management policy towards closed canopy woodland is affecting the  
dwood was a closed canopy forest and so management of ancient woodland sites, which aims to mai 
 these precious sites and well-recorded management systems, including grazing and mowing. the r 
ooded areas, their canopy structure and management, we will be able to identify a fossil finger 
, possibly, establish the importance of management influences on their insect faunas. finally,  
6921 1 d activities and a favorable scientific policy process would also be supported.  
14324 1  economic evaluation of water resources management.  
10009 1 al change, and in many areas uninformed management has increased erosion and flooding, and degr 
12038 1 unities: a framework for global changes assessment rivers belong to the most intensively human  
2539 1 lishing guidelines for conservation and management of these specialized insects, their hosts an 
7385 1 l norms and practices of perception and management of agro-biodiversity, heritage both biologic 
10773 7 ed to advise national and international policy on marine protected areas for wide ranging marin 
ary outcome of this project will be the assessment of priorities and constraints for offshore m 
ls. this will be of primary interest to policy-makers and the major project deliverable to this 
 be software for use in dynamic ongoing assessment and prioritisation of areas based on updates 
 to public exhibition, illustrating how management of the open ocean can be achieved. within th 
theme, particularly elements concerning marine spatial planning and analysis of marine policy d 
spatial planning and analysis of marine policy drivers to enhance decision-support. we aim to f 
11115 1 rvation bodies, regulatory agencies and policy-makers is essential in order to develop and deli 
2195 4 patterns in fucoids that can be used in planning and management of these ecosystems. genetic st 
ucoids that can be used in planning and management of these ecosystems. genetic structure • ana 
ficant units . scientific synthesis and management guidelines • to co-ordinate the work carried 
scientific syntheses and guidelines for management tools. • to compile literature review and ne 
11592 2                           measuring and monitoring the structure of vegetation and seasonal cha 
ine the potential of the instrument for monitoring changes in vegetation characteristics over t 
14879 1 ommendations for the improvement of its governance processes. the proposed research will be car 
14880 1 ommendations for the improvement of its governance process. the proposed research will be carri 
14881 1 ommendations for the improvement of its governance process. the proposed research will be carri 
14882 1 ommendations for the improvement of its governance process. the proposed research will be carri 
1945 1 cal meta-analysis, and a socio-economic assessment. postdoc 1 performs an empirical meta-evalua 
2009 3 erent ways. insight in the life-history trade-offs that drive species coexistence is far from c 
rtant for tropical forest conservation, management, and climate change mitigation efforts. the  
 predict species responses to different management scenarios. key-words: species coexistence, n 
169 1  are related to cessation or restart of management. despite the expectation that species which  
12034 1 culture, soil conservation and ladscape management. main results of the fundiv project the anal 
12466 3 a number of the limitations of a vessel monitoring system vessels in the south west. key custom 
stomer purpose this project will inform policy making including on cfp reform and the sustainab 
areas nationally; development of marine management organisation inshore fisheries enforcement p 
12337 1 of pressure data-layers, for use in the planning of the marine conservation zone network. key c 
10253 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
10254 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
10754 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
11529 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
11533 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
9994 1 endent ecology is essential for optimal environmental management. floodplains in particular are 
15193 1 uld be very useful for conservation and management of those insular plant species which, in som 
7437 3 nical conservatory bailleul. scientific valuation is provided in the form of international publ 
he expected results allow us to propose management measures adapted to each case according to t 
ts on molecular biology consumables and valuation fees  
7393 1 e practices, identify potential genetic management units and to propose actions of distribution 
7167 1 lutionary scenarios. for the purpose of management of invasive populations, the occurrence of f 
14541 2 btained arise a method, methodology and management proceeding. the final objectives are centred 
lations using molecular markers suggest management, restitution, reintroductions and reinforcin 
10131 1  such as in conservation biology or the management of pesticide resistance.  
11417 1  such as in conservation biology or the management of pesticide resistance.  
14438 6 egy for long-term gene conservation and management of castanea sativa are based on the inventor 
, estimation of genetic variability and assessment of exchanging of genetic material between di 
 researches in the field of sustainable management and conservation of genetic resources of for 
commendations and guidelines for future management of chestnut stands, forest products quality  
hestnut stands, forest products quality monitoring and a strategy for conservation of european  
roducts, with the aim of taking correct management decisions and implementing good practices.  
7523 1 his is not without its problems for the planning of mauges integrating increasingly the sustain 
14219 1 ble for improvement of conservation and management plans of atlantic salmon in the baltic sea,  
7585 1 lts will be made ​​available for better management of farming practices  
13765 4 it also aims at investigating means for monitoring natural and anthropogenically induced tempor 
ation on the genetic effects of present management strategies is lacking. preliminary results i 
e for the development of guidelines for monitoring gene level biodiversity in harvested populat 
populations and for identifying genetic management units for species with continuous distributi 
2111 2 ld be of importance also for regulatory risk assessment. the replacement of traditional fish fe 
ce to improve the present framework for governance of risk of ge in aquaculture. this project e 
6904 1  future follow-up of these patients, or monitoring the efficacy of a given medication in an ind 
206 1 al problems related to conservation and management of genetic resources of endangered salmonids 
15055 1 nces of the implementation of different management reproduction strategies in ex situ conservat 
7402 1 ts should be integrated into population management protocols  
14870 2 with different aspects related with the management of captive populations using analytic techni 
: 1. design of an automatic and dynamic management system for subdivided populations to allow t 
14869 2 with different aspects related with the management of captive populations using analytic techni 
: 1. design of an automatic and dynamic management system for subdivided populations to allow t 
13484 2                     sustainable fishery management of exploited species should include preserva 
y for development of biologically sound management strategies.  
12433 1 ence for the justification of fisheries policy in this sea region.  
13525 3 netic variation is largely neglected in fisheries management. basic knowledge of the spatial an 
h information is needed for sustainable management. this research address the effects of fisher 
ost important for promoting sustainable management of these fish resources  
13520 1 f great significance for the knowledge, monitoring and conservation of swedish biodiversity, th 
14547 1 stricted to remnant habitats, effective management for long-term conservation requires a quanti 
9820 1 e correlated responses to selection and trade-offs that could affect the outcome of the experim 
9869 2 nd breeding programs. this will enhance management of forest genetic resources and tree product 
s with statutory bodies responsible for management of the uk forest resource and experience in  
14524 1  birds, which is of interest to improve management strategies directed to the conservation of m 
15498 1 ound scientific basis to help designing management policies aimed to preserve the biodiversity  
14369 4  scientific state of the art in eo crop monitoring. there is a lack of relevant field data over 
current state of the art for local crop monitoring and the wide-scale operational system requir 
he different steps of the proposed crop monitoring system, i.e. croplands mapping and crop area 
ds mapping and crop area estimation, eo monitoring, crop modelling and, assimilation of the eo- 
10644 4  lend themselves to a stratification of management for coral bleaching, so this will be one les 
g, so this will be one less tool in the management arsenal for such places. however, where appr 
onstrations of targeting local resource management to address the problem of global climate cha 
 impact upon the science of sustainable management and climate change.  
428 1 e uses and the practices as well as the decision-making and representation modes of former soci 
7144 1 ection with operating modes, practices, decision making and representations of past societies.  
7212 2  the results of this project could help policy in terms of biodiversity conservation and manage 
 terms of biodiversity conservation and management of cultivated areas. we also plan to build a 
452 2 ts of this project could be of help for policy makers in terms of biodiversity preservation and 
 terms of biodiversity preservation and management of cultivated areas. we also anticipate crea 
15171 3 easures that are currently based on the monitoring of bioindicator taxa, assume that these grou 
hrough the use of data from large scale monitoring programs of different taxa. now, catalonia i 
ranean regions that possess large scale monitoring projects on birds and butterflies. this proj 
14534 1 luding the induced climatic change. the monitoring of present snow processes allows forecasting 
11069 4                                 climate policy should be informed by robust and credible inform 
roject also provide a framework for the assessment of the impacts of defined climate policies.  
odels. second, it allows the more rapid assessment of a very large number of climate outcomes u 
nal reputations in the field of climate impact assessment.  
15367 1 e project we propose here will focus on monitoring mammalian biodiversity evolution at a contin 
13324 2 the development of sustainable resource management regimes for mountain regions. following a ki 
ted workshops dedicated to: 1 long-term monitoring, 2 integrated modelling, 3 process studies,  
2075 1 c and unmodified maize. post experiment monitoring will include uptake, expression and establis 
11405 6 son s level of vulnerability how should planning and health protection measures be constructed  
ractions with soil and water; catchment risk assessment; water resource management; human healt 
tchment risk assessment; water resource management; human health and epidemiology; and environm 
logy; and environmental / public health policy. this proposal will convene 5 themed meetings ov 
current state of the science, risks and policy in the uk, published in a high quality peer-revi 
mmendations for research priorities and policy directions; and at least one proposal for a larg 
11584 6 son s level of vulnerability how should planning and health protection measures be constructed  
ractions with soil and water; catchment risk assessment; water resource management; human healt 
tchment risk assessment; water resource management; human health and epidemiology; and environm 
logy; and environmental / public health policy. this proposal will convene 5 themed meetings ov 
current state of the science, risks and policy in the uk, published in a high quality peer-revi 
mmendations for research priorities and policy directions; and at least one proposal for a larg 
12367 2  evaluation of the scope of the initial assessment member states will be required to undertake. 
 together with the implications for the assessment required in order to establish the current s 
13889 2 rch results and ideas among scientists, environmental policy makers, industry, governments, and 
in its role in research, education, and monitoring of harmful algal blooms.  
2059 1 l processes and contribute to designing management models for improving optimal range use and a 
10475 2 dies, developing techniques for rapidly monitoring them via a mobile phone network. an autonomo 
arger scales will allow better-informed management of fisheries, renewable energy development a 
7250 4 ole of institutions responsible for the management of 'natural' spaces and determine what could 
articularly in an ordinary biodiversity management purpose, know what the relationship quentret 
g to do to promote increased it. * what management areas of the green belt in the overall goal  
account biodiversity in the territorial management every day. complemented by a working territo 
12623 1 , if they are destabilised by poor land-management, pollution, warming or drying, they can rele 
11230 5 evant economic frameworks for analysing cost-effectiveness and distributional impacts of mitiga 
nd distributional impacts of mitigation policy. there is strong interest in agriculture s mitig 
or developing appropriate voluntary and market-based instruments for the mitigation incentives  
that can favour the poor. meeting these policy information needs would require an inter-discipl 
inese researchers in basic, applied and policy research. these qualities will be used to bring  
14154 2 t has previously researched ecology and management of birch and aspen plantations creating a ba 
 practical implications for sustainable forest management will be acquired as the outcomes of t 
12707 1 d taking account of up-to-date evolving policy perspectives in these sectors and on issues of e 
12677 1 rs for reporting at the uk level to the convention on biological diversity by march 2009.  
14753 1 may afford an added benefit in terms of management suggestions for conservation of endemic plan 
2186 1 iciency of protected areas, but also to monitoring of population viability and ecosystem servic 
2175 1 hern norway. important deliveries are a monitoring program and amendments for actions to restor 
15139 1  full invasive potential could be. at a management level, for first time in spain, we will be a 
15084 1 t selection patterns and territory size assessment. a study of habitat selection patterns will  
6869 2 , and compare the efficiency of various landscape management techniques on an evolutionary time 
ts in the context of reserve design and management.  
13598 1 ill be collected together with regional monitoring programs. from each location single cells wi 
12388 1 gnificantly assist maritime contingency planning and response in relation to breeding seabirds. 
2152 2 dance estimation and model driven stock assessment of plankton will form the basis of our appro 
nt knowledge base to the development of ecosystem-based management of fisheries.  
2528 2 dance estimation and model driven stock assessment of plankton will form the basis of our appro 
nt knowledge base to the development of ecosystem-based management of fisheries.  
2115 3 the central challenge will be to derive management strategies that give fluctuations of moose p 
development of large local variation in management practices even within the same region. thus, 
ll be useful for obtaining more unified management practices of moose population over larger ar 
7434 2 assistance to managers and evaluate the management measures tool. the project leaders make the  
mponents of hydro and offer to create a management support tool to answer the difficult questio 
13325 5 elling and socio-economic indicators in ecosystem management. the results will underpin the dev 
sive european ocean and seas integrated governance policy enabling risk assessment, management, 
an ocean and seas integrated governance policy enabling risk assessment, management, conservati 
s integrated governance policy enabling risk assessment, management, conservation and rehabilit 
rnance policy enabling risk assessment, management, conservation and rehabilitation options for 
13340 2 tion. to design and implement effective governance strategies and management plans we must unde 
ent effective governance strategies and management plans we must understand the extent, natural 
13798 1 asic ecological research and in habitat monitoring within agricultural landscapes. much of the  
10270 2 ction, aesthetic/recreational value, to economic value from grouse shooting and grazing. due to 
nt atmospheric pollution, inappropriate land management and wildfires, large areas of peatlands 
13341 6 uding local, national and international policy and legislation, trajectories of change, stakeho 
 knowledge is accessible for collective decision-making and development of policies for the equ 
ethods and indicators for participatory monitoring and evaluation of ecosystem services and bio 
s diversification and conservation with watershed management priorities throughout the region.  
 impacts assessed through participatory monitoring and evaluation. best practices aimed at cons 
al users to promote uptake and enhanced policy formulation.  
7481 6 uding local, national and international policy and legislation, trajectories of change, stakeho 
 knowledge is accessible for collective decision-making and development of policies for the equ 
ethods and indicators for participatory monitoring and evaluation of ecosystem services and bio 
s diversification and conservation with watershed management priorities throughout the region.  
 impacts assessed through participatory monitoring and evaluation. best practices aimed at cons 
al users to promote uptake and enhanced policy formulation.  
15195 2 f this project is to develop a wetlands monitoring system based on remote sensing techniques fo 
oñana marshes, that can be used for the management of this dynamic and singular landscape in a  
14747 2 of this project is to develop a wetland monitoring system based on remote sensing techniques fo 
oñana marshes, that can be used for the management of this dynamic and singular landscape in a  
11333 1 llent support network and framework for assessment of progress through the research support gro 
14531 1 ed reserves and tot set up the regional planning of the barcelona province and in order to prom 
9874 2 st bleaching events in order to enhance management efforts on particularly vulnerable areas. ho 
trate the proof of principle of the new monitoring concept as a downregulation of transcripts e 
14182 2  project provides further insights into forest management and biodiversity conservation plannin 
into forest management and biodiversity conservation planning from the fungal perspective.  
9876 1 luence on the functioning and therefore management of fluvial systems. it can significantly eff 
12255 2 s introduced as part of eu agricultural policy reforms to decrease grain surpluses across the e 
pping. this will help determine whether management practices can be developed to reduce loss of 
2102 8                  through a study of the management of cod in canada, eu, and norway, based on i 
about how and under which preconditions fisheries management becomes possible and how fisheries 
ies management becomes possible and how fisheries management works. it starts out with a discus 
 starts out with a discussion about how fisheries management and science have transformed the n 
that institutionalizes both science and management in society. we also describe the transformat 
ntroversies, and responses about and to fisheries management. furthermore the project will answ 
furthermore the project will answer why fisheries management have had success in translating na 
ot in ending disputes about whether the management is sustainable or not.  
2167 1 us species. the un millennium ecosystem assessment , and the strategic plan to manage alien spe 
10520 3 al year of biodiversity, scientists and policy makers must recognise that humans, biodiversity, 
ional, regional, or national science or policy forums. there is a dearth of scientific research 
 research about habc, so scientists and policy makers lack mandates, conceptual frameworks, kno 
11528 3 al year of biodiversity, scientists and policy makers must recognise that humans, biodiversity, 
ional, regional, or national science or policy forums. there is a dearth of scientific research 
 research about habc, so scientists and policy makers lack mandates, conceptual frameworks, kno 
9951 3 al year of biodiversity, scientists and policy makers must recognise that humans, biodiversity, 
ional, regional, or national science or policy for-ums. there is a dearth of scientific researc 
 research about habc, so scientists and policy makers lack mandates, conceptual frameworks, kno 
13796 2 proposed project i create an impact and risk assessment on several spatial scales with respect  
will develop a general model concerning risk assessment using a multi-year data set of moose gp 
11081 2 be novel and of immediate importance in monitoring and management of coral reefs. the project w 
 immediate importance in monitoring and management of coral reefs. the project will contribute  
13342 3 ns made by individuals and groups about natural resource management. in this project we will us 
ns and has a key role in conflicts over natural resource management around the world. our multi 
ted in respect to current and future eu policy on hunting and biodiversity conservation and con 
14939 1 mation will facilitate a better species management to improve its conservation as well.  
7658 1  relevant tool for the link between the assessment of chemical contamination and biological res 
15134 1  finally we shall continue the research policy concerning the training of personnel within the  
15402 1 oposed technologies will be assessed by monitoring concentrations of pahs as much of their oxid 
7218 4 t the urgency and the need for adequate management methods for coastal areas: quen is it of the 
possibility of setting up an integrated management of coastal Madagascar and what tracking mode 
tal Madagascar and what tracking modes -assessment relevant to institute to achieve coastal pro 
 social organization modalities, public policy.  
458 3 the urgency and the necessity to set up management methods appropriate to coastline areas: what 
ut the possibility to set up integrated management for madagascan coastlines, and which are the 
ts, social organization methods, public policy .  
15103 1 f ecosystem dynamics. our team has been monitoring for more than 20 years the coastal lagoon of 
12613 6 roblems common in the investigation and management of land contamination. these included the su 
 quality land contamination reports for planning approval, diverting local authority staff from 
ills to carry out their roles under the planning and contaminated land regimes. thus, this rese 
 skills necessary for contaminated land decision making, in and to provide an assessment of the 
d decision making, in and to provide an assessment of the extent of their current availability  
d generic project, finance and resource management. contaminated land is considered within spec 
10502 2                  the identification and assessment of organismal and ecosystem responses to, ad 
ter fish to contribute to environmental impact assessment and regulation of discharges by the r 
10244 2                  the identification and assessment of organismal and ecosystem responses to, ad 
ter fish to contribute to environmental impact assessment and regulation of discharges by the r 
10246 2                  the identification and assessment of organismal and ecosystem responses to, ad 
ter fish to contribute to environmental impact assessment and regulation of discharges by the r 
10742 2                  the identification and assessment of organismal and ecosystem responses to, ad 
ter fish to contribute to environmental impact assessment and regulation of discharges by the r 
11220 2                  the identification and assessment of organismal and ecosystem responses to, ad 
ter fish to contribute to environmental impact assessment and regulation of discharges by the r 
11153 1 bioremediation technologies and for the risk assessment for impacted ecosystems.  
10514 1 tiple scales to provide a comprehensive assessment of its impacts. we will initially quantify t 
10490 3 ave your cake and eat it. this leads to trade-offs that we see in many different species, for e 
d have children at a larger size. these trade-offs provide the key to understanding the evoluti 
ill provide important insights into how trade-offs are controlled and how they change in a high 
11543 3 ave your cake and eat it. this leads to trade-offs that we see in many different species, for e 
d have children at a larger size. these trade-offs provide the key to understanding the evoluti 
ill provide important insights into how trade-offs are controlled and how they change in a high 
7634 1                      some anthropogenic ecosystem management approaches have led to a decline i 
12225 1 mation is collated and assessed so that policy development can address the key issues and balan 
161 3 red growth conditions may be useful for planning of forest regeneration, for adjusting thinning 
s and final cutting strategies, and for forest policy makers to ensure continuous sustainable m 
makers to ensure continuous sustainable management.  
12435 1 r wider ecosystem approach to issues in fisheries management and environment protection.  
6961 1 traps in different parts of europe as a monitoring network. the highways could serve as standar 
7129 1 ng may affect biodiversity. in terms of management and transfer to users, this project will ass 
7669 1 text by an analyses of stakeholders and policy relationships.  
13725 1 they may have implications for wildlife management.  
7536 2 tion, their spatial organization, their management, have been well characterized for their ecol 
improperly managed land, the effects of forest management on the genetic structure of these pop 
7131 1 forest and give guidelines for sensible management of plots  
14183 2 an problem at present. alternative pest management strategies for the crop need to be developed 
crops or companion plant strategies for integrated pest management enhancing conservation bioco 
7554 1 ucture. in order to develop sustainable management strategies of biodiversity, we propose to ch 
10305 1  identified in the millennium ecosystem assessment. so any impacts of nanoparticles on the norm 
10004 1 iments, dissolving granules in acid and monitoring ph change and increase in ca concentration t 
15453 1 ew tools to be applied on environmental assessment, and the description of new modes of action  
14440 3 ontribute to more effective preliminary planning of road infrastructure in bulgaria and its con 
tructure in bulgaria and its consequent management, especially during the next years when the r 
ts in practical applying of methods for assessment the influence of investment proposals on bio 
14223 2 , and develops tools for evidence based planning making use of knowledge about processes in lan 
evelop methods for spatial and lanscape planning based on landscape metrics. also, we will deve 
13526 1 able isotope analysis, rna-based growth assessment, toxin measurements and long-term data analy 
11675 2 tly on assessing appropriate post-flood management of floodplains and channel, and on the strat 
lains and channel, and on the strategic assessment of the likelihood of future extreme flooding 
10155 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
10414 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
10422 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
10758 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
10915 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
11423 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
11693 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
11706 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
9879 3 ean acidification is a rapidly evolving management issue and, with an insufficient knowledge ba 
d, with an insufficient knowledge base, policy makers and managers are struggling to formulate  
rties; uk and international scientists, policy makers, environmental managers, fisherman, conse 
11270 1 dispersal from genetic analyses, and an assessment of dispersal variability due to interannual  
12571 10  this information is required to advise policy customers on the potential impact of climate cha 
t the development and prioritisation of management options to conserve, restore and enhance sal 
nd confirm the advice provided to defra policy customers, other management authorities and stak 
ovided to defra policy customers, other management authorities and stakeholders on the status o 
gland and wales and to deliver national management strategies, including the nasco implementaio 
the nasco implementaion plan for salmon management in england and wales. key customer purpose:  
ison of sound advice to defra and other management authorities and stakeholders on the status o 
bute to the development and delivery of management strategies for the restoration and protectio 
information will also be used to advise policy customers on the consequences of stocking practi 
 enhance salmonid stocks and to support management decisions which will be required to conserve 
12368 4           . ria is a tool which informs policy decisions and constitutes an assessment of the i 
rms policy decisions and constitutes an assessment of the impact of policy options in terms of  
stitutes an assessment of the impact of policy options in terms of costs, benefits and risks of 
he new regulations contribute to better policy-making and implementation of the eia directive i 
2054 3 menting the ecosystem approach to birch forest management in northern norway. first, forest man 
t management in northern norway. first, forest management in northern norway will be compared w 
 institutional designs for implementing ecosystem management. second, indicators which reflect  
10310 6 a dissemination problem in biodiversity management at the interface between scientific research 
terface between scientific research and policy/practice. this project brings together existing  
 for knowledge transfer in biodiversity management through an evidence-based framework followin 
ecision-makers to underpin biodiversity policy and practice. to date decision-makers rely heavi 
y heavily on their own experience, i.e. decision-making is largely experience-based rather than 
he effectiveness of public services and policy and the quality of life.  
11026 6 a dissemination problem in biodiversity management at the interface between scientific research 
terface between scientific research and policy/practice. this project brings together existing  
 for knowledge transfer in biodiversity management through an evidence-based framework followin 
ecision-makers to underpin biodiversity policy and practice. to date decision-makers rely heavi 
y heavily on their own experience, i.e. decision-making is largely experience-based rather than 
he effectiveness of public services and policy and the quality of life.  
11261 6 a dissemination problem in biodiversity management at the interface between scientific research 
terface between scientific research and policy/practice. this project brings together existing  
 for knowledge transfer in biodiversity management through an evidence-based framework followin 
ecision-makers to underpin biodiversity policy and practice. to date decision-makers rely heavi 
y heavily on their own experience, i.e. decision-making is largely experience-based rather than 
he effectiveness of public services and policy and the quality of life.  
11521 6 a dissemination problem in biodiversity management at the interface between scientific research 
terface between scientific research and policy/practice. this project brings together existing  
 for knowledge transfer in biodiversity management through an evidence-based framework followin 
ecision-makers to underpin biodiversity policy and practice. to date decision-makers rely heavi 
y heavily on their own experience, i.e. decision-making is largely experience-based rather than 
he effectiveness of public services and policy and the quality of life.  
10032 1 itical european legislation such as the water framework directive.  
11842 1 itical european legislation such as the water framework directive.  
12659 1 e confiscated and destroyed without any assessment being made of the species involved. this mea 
14023 1  possible to differentiate in routinely monitoring, meaning that no country in the world is now 
13885 1 of invasive plant species helping focus management actions. in addition to invasive species, th 
12458 3 f shellfish fishing fleets to different management options through incorporation of life-histor 
odelling and data analysis of satellite monitoring data and catch and effort returns from the s 
base on which advice on the sustainable management of shellfish stocks is given.  
12239 3 d and shelter. the nature of vegetation management of seedling establishment in farm practice.  
ancy cycle of seeds to support informed decision making in weed management and seedling establi 
upport informed decision making in weed management and seedling establishment practice.  
12370 2 ta via the web. in addition, an initial assessment of options for the integration and long term 
 data taken for wfd within ongoing data management initiatives in the uk and europe will be mad 
12768 1 ing the costs and benefits of different management options for reducing conflicts between human 
11597 1 he processes that govern evidence based policy-making and influencing policies.  
1090 1 with mycorrhizal symbiotic fungi; f the assessment of possible interactions between orchids and 
12050 1 c information system for the intagrated monitoring of these components though time and space. f 
10407 4 y alleviation depend on the sustainable management of natural capital, new assessment and polic 
able management of natural capital, new assessment and policy frameworks are still needed. alth 
 of natural capital, new assessment and policy frameworks are still needed. although progress h 
otiating these challenging research and policy agendas, by looking at the opportunity that baye 
13745 2                         in ipcc´s third assessment report in n swedish lapland. my research gro 
lts will be incorporated in ipcc´s next assessment report.  
7484 2 or organic/low-input farming systems; - assessment and validation of a set of candidate biodive 
 and a sampling design for biodiversity monitoring in organic and low-input farming systems acr 
1095 6 ers in the framework of the research of management strategies for the conservation of areas in  
defined in the framework of territorial planning. with regard to indicators, literature reports 
traits, as they are related to pastoral management will supply information about the participat 
es, tourists and grassland users to the management of marginal areas and about the willingness  
agement of marginal areas and about the willingness to pay for their conservation. consequently 
quently, the enforceability of proposed management solutions will be examined also with regard  
7188 1 e it on an "evolutionary path" oriented management objectives.  
10521 1  will provide an informed basis for the management and conservation of other animals subject to 
11010 1  will provide an informed basis for the management and conservation of other animals subject to 
11806 1 oviding parental investment by inducing trade-offs with the immune system, by varying developme 
7489 1 lic and that methods, ethics, risks and risk assessment are open for debate. the keywords of ou 
15338 1 ervation strategies and the proposal of agri-environment schemes.  
154 1 ed on the results to suggest reasonable management system to maintaine habitats of plant popula 
7102 1 gical objectives: define the ecological assessment methods adapted to ponds, standardizing prot 
514 1 rs get involved in the preservation and management of the biodiversity in order to increase the 
7705 1 wledge can then be mobilized to provide environmental management strategies and handling of fra 
15437 1 e applied in mediterranean biodiversity management and conservation programs following the euro 
224 1  zone. further, the model can assist in assessment of coastal ecosystem response to eutrophicat 
15085 1 ulations, all critical elements for the management and conservation of natural populations.  
2177 3 versity of fragments, then conservation management policy will need to consider both the protec 
fragments, then conservation management policy will need to consider both the protection of for 
der both the protection of forests, and management of the matrix.  
13500 1 ill give knowledge that can be used for risk assessment. the h5n1 is originating in domestic an 
12219 3 le business led innovation in grassland management. the enhancement of the biodiversity value o 
ts through informing the development of policy with respect to farming systems and innovation i 
n business led farm practice is a major policy driver behind this production orientated researc 
14443 1 dard of samples of the concerned firms, assessment of physiological state, regulation of plant  
7483 4 eeks to stimulate measures that improve management of nutrients, waste and water as a start to  
, waste and water as a start to move to management practices beyond usual good-farming practice 
 is to develop innovative and practical management approaches for dairy cows that reduce nitrog 
on in urine and faeces. novel tools for monitoring these processes and predicting the consequen 
2530 2 communities have received political and management attention only recently. these cold-water re 
 provide guidelines that can be used by policy makers, contribute to important societal debates 
7214 2 orn and even resistant to striga; - the valuation of inorganic amendments to increase soil fert 
ion"comparable to striga asiatica of. a policy of information and training should be conducted  
6943 2  modelling, rather than experiments and monitoring as proposed here. work is based on a monitor 
ng as proposed here. work is based on a monitoring system run for years, thus, implementation o 
7600 3 context of conservation and sustainable management of forest ecosystems of the congo basin, the 
forest dynamics processes and different management methods will be studied on okoumé, endemic s 
g conservation of this species and farm management  
7201 2 miology and ecology to provide a set of management tools telluric pests and methods to build an 
ric pests and methods to build and test integrated pest management strategies of vegetable crop 
7196 4 ntal project of integrated coastal zone management and mapping standard. the results will be ma 
 an impact on the functioning of public policy 18 implementation by the country marennes oléron 
o set up an operational and sustainable management of an activity affecting the coastal environ 
he work done, and on the other hand the policy as part of iczm scope by the different local act 
1104 3 hanges. wp4. strategies for sustainable management in future scenarios. task 1. development of  
imulation. task 3. plans of sustainable management and climate changes. task 4. exploitation of 
changes. task 5. hydrological resources management.  
403 1  first step a preliminary environmental risk assessment for some of the most common pesticides  
1946 4 stem networks in a region as a tool for planning conditions for biodiversity. the aim is to dev 
ecological and economical indicators in decision making on the spatial development of nature in 
. an attempt will be made to relate the economic value to the total area, type and spatial conf 
 we then will develop a simple tool for decision-making, in which the linkages between variable 
13810 4 cal and socio-economical aspects of two management methods for sustainable recreational fisheri 
 lake fish and ecosystem functions. the management methods are catch and release for minimizati 
ration of both into the sustainable-use management. indirect behavioural effects of catch and r 
recreational fishers and their views on management, sustainable use, biodiversity and values of 
13727 1 ience of interdisciplinary research and management and work in conjunction with on-going biolog 
12542 1 es. overall this work relates to defras policy objectives in sustainable farming and food and t 
10252 13                            research and policy discussions on tropical forest ecosystem service 
nges in forest rights, institutions and governance mechanisms for forest conservation and the w 
the well-being of the poor. in terms of policy, the former group is recommending market-based a 
ts, while political economists point to tradeoffs between them. we contend that these two analy 
e contend that these two analytical and policy perspectives must be reconciled if sustainable a 
 reconciled if sustainable and pro-poor governance of forest ecosystems and their services is t 
allenge in this project. forest-related decision-making in india reflects this lack of integrat 
t conversion, upstream and rights based management sites within each region. we will attempt to 
along the value chain, and to highlight policy recommendations that increase benefits to the po 
ts to the poor. findings will be highly policy relevant and will feed into policy debates over  
ghly policy relevant and will feed into policy debates over forest governance and rights. findi 
ll feed into policy debates over forest governance and rights. findings and the methodological  
e based on will also be of relevance to forest policy globally ... stakeholder engagement is se 
10425 3 e at risk of which genetic problems, or decision-making tools to guide management actions. in a 
lems, or decision-making tools to guide management actions. in addition, conservationists may b 
to assist conservation managers develop management strategies that incorporate genetic approach 
10990 3 e at risk of which genetic problems, or decision-making tools to guide management actions. in a 
lems, or decision-making tools to guide management actions. in addition, conservationists may b 
to assist conservation managers develop management strategies that incorporate genetic approach 
11173 3 e at risk of which genetic problems, or decision-making tools to guide management actions. in a 
lems, or decision-making tools to guide management actions. in addition, conservationists may b 
to assist conservation managers develop management strategies that incorporate genetic approach 
10649 1  be affected by climate change and soil management.  
7461 1 he basis for greatly improved and novel monitoring capability. the work we propose addresses di 
533 1 from the viewpoint of nature protection policy  
1942 2 velopment and eva1uation of alternative management strategies in which biodiversity is promoted 
diversity stimu1ation, based on current policy and goals pertaining to the sustainable use of b 
14513 3  due to human disturbances derived from land management, but also slow changes derived from the 
ect will contribute to improve the park management tasks and will establish the base line for a 
ll establish the base line for a future monitoring program.  
15115 1 nsitive to climate change, land use and forest management. in mediterranean regions, current ch 
14147 3             modern forest inventory and management planning systems have to be flexible and cap 
 modern forest inventory and management planning systems have to be flexible and capable to pro 
 or at country level. classical 10 year planning and inventory forest system must therefore be  
7209 3 ological research integrated ecological management: management of resistances. expectations in  
earch integrated ecological management: management of resistances. expectations in terms of man 
f resistances. expectations in terms of management concern on the one hand the sustainability o 
9882 5 on biodiversity and to the conservation management of exploited and pristine ecosystems in the  
asonal patterns of land use, and active management of influential species. together with policy 
t of influential species. together with policy makers and stakeholders, we will explore the eco 
nsequences of our findings, alternative management practices and highly-relevant policy implica 
anagement practices and highly-relevant policy implications.  
13865 1 guidelines for wetland construction and management will be developed based on the obtained resu 
9849 1 in exposure modelling and environmental risk assessment.  
7696 3  three years are involved in ecological monitoring of road and agricultural plots for vegetatio 
 including gessol - 'to the sustainable management of green spaces solssupports: maintenance an 
,""experimental platforms on the border management cereal fields in plain agrifaune"  
7204 1 e compartments of biological resources, management modes and different societal perceptions. th 
15194 3 aste in deep geologic formations is the assessment of the isolation capacity for the most radio 
es of special relevance for performance assessment including hexavalent actinides will be used. 
te treatment, remediation and long-term management strategies.  
11527 1 arch capacity required to address those valuation knowledge gaps. the current proposal represen 
10707 3 iogeochemistry, chemistry and the human management with climate. additionally, the global resea 
ponents that allow interactions between policy and decision making with environmental and clima 
t allow interactions between policy and decision making with environmental and climate consider 
7378 2 e real impact of these new intellectual property rights in the domestic economy, research in pl 
n of farming systems, and whether local governance will help to conserve biodiversity of cultiv 
12614 3  and the role of devolving case-by-case decision making to a regulator. to estimate the effecti 
ontaminated land and of progress in the assessment, identification and remediation of land cont 
g and/or implementing contaminated land policy in their countries. the main deliverable from th 
15089 1 roposals for saproxylic species and the management of their habitat from the point of view of t 
2512 2 rsal physiological mechanism underlying trade-offs such as the cost of reproduction. in this pr 
 basis of the evolution of life-history trade-offs.  
7602 5 tem dynamics to check that the proposed management options respect the constraints and objectiv 
ur project is the tool of participatory management support prototype national parks simparc. th 
ws players to negotiate different local management decisions of a fictional park, relying on te 
ndividual-based simulation. territorial management was perceived in the past as a compromise be 
approaches is a major challenge for the management of territories. many work concerns the integ 
15578 4                                         market-based instruments will be applied to explore sce 
ting from policies integrating mbis and economic valuation. studies will eventually take place  
estigate how law can promote the use of economic valuation of b&es in natural resources managem 
 valuation of b&es in natural resources management policies, especially for mbis.  
7185 1 cies. first acquired crucial for future management of the distribution of acaricide resistance  
7180 1 ons: Who are the actors involved in the management of these two species, and invasive species i 
7183 1 legislation does not involve systematic monitoring of the possible infestation of imported seed 
7243 2 tudy of users and stakeholders in urban environmental management and their uses and their means 
 and their means of action - 3 / deduce management measures to control invasions. stages  
14841 2  a major threat to global biodiversity. management and control of nonindegenous species is perh 
success and provides important data for risk assessment. the eastern mosquitofish . ongoing res 
12552 2 fferent themes in support of bee health policy. 1 . microsatellite markers and european foul br 
ure and kill system for shb control. 4. monitoring the impact of nosema ceranae experiments wil 
12563 2 o support defras responsibility for the assessment and management of eel populations by improvi 
s responsibility for the assessment and management of eel populations by improving our ability  
12344 1 al of marine mammals will inform marine planning decisions.  
6814 1  their proper functioning. biodiversity monitoring programmes were started in hungary at the en 
14445 7 ation as indicator groups for long term monitoring of the biodiversity for assessment of the ec 
term monitoring of the biodiversity for assessment of the ecosystems in bulgaria and turkey to  
panded and will be proposed methods for monitoring of the complexes of the epigeobiont and geob 
iont species. the methods for long-term monitoring of the biodiversity of epigeobiont and geobi 
ted. for the first time new methods for monitoring of the certain small mammal species will be  
cal people knowledge about studying and monitoring the invertebrates and small mammals included 
volunteers to work in the system of bio-monitoring of bulgaria will be recruited. employees of  
12622 2  experiments will build on a major peat monitoring and experimental infrastructure established  
itigation options, including vegetation management and sulphur amendment, to reduce ch4 release 
2505 2 and between the presently defined three management units in the north sea, and between fjords a 
hrimp fishers, the industry and fishery management, and will be received with great interest by 
12749 1  ipbes - the inter-governmental science-policy platform on biodiversity and ecosystem services  
168 1 n improving methods of plant population monitoring.  
10715 1 mportant as indicators in environmental monitoring, are currently understudied compared to plan 
10798 2 in soils of different som contents, and management histories. we will use state-of-the-art stab 
s to mitigate n2o emissions through som management, and will feed into predictive models which  
11499 1 n be explained in terms of an insurance policy. social insect is much quicker and less costly t 
11127 1 rvation of biodiversity. it will inform policy makers of the impacts of pollutant n loading and 
11695 25 e sustains and enriches people s lives. valuation of ecosystem services can contribute to ecosy 
ervices and wellbeing with reference to environmental justice. ecosystem services tend to benef 
fit some stakeholders more than others. decision making in ecosystem management is likely to in 
rs more than others. decision making in ecosystem management is likely to involve some more tha 
ses anticipated can the involved social tradeoffs be mapped, just as ecological tradeoffs betwe 
tradeoffs be mapped, just as ecological tradeoffs between competing environmental services, to  
on recognition of ecological and social tradeoffs is a crucial precondition for just ecosystem  
offs is a crucial precondition for just ecosystem management, i.e. ecosystem management that di 
ion for just ecosystem management, i.e. ecosystem management that distributes ecosystem service 
fairly and includes all stakeholders in decision making. the proposed research serves the overa 
es the overarching goal to promote just ecosystem management as a new and innovative concept. t 
llustrate key justice dimensions in the management of selected coastal and terrestrial ecosyste 
 recognise new ways to integrate social tradeoffs into their analyses by looking at the distrib 
 nature and the attention to ecological tradeoffs. ecological economists will gain important in 
ant insights for the development of new valuation methods which respond to underlying social in 
ial inequalities and capture ecological tradeoffs. in this way, the research will make a critic 
ecological, social and socio-ecological tradeoffs equally. just ecosystem management will direc 
ocio-ecological tradeoffs equally. just ecosystem management will directly benefit poor and soc 
 dependent on these services. inclusive decision making in ecosystem management will allow part 
 services. inclusive decision making in ecosystem management will allow participation by stakeh 
nces in wealth, race, gender, etc. just ecosystem management will facilitate stakeholders to re 
ecological, social and socio-ecological tradeoffs together. the project will promote just ecosy 
together. the project will promote just ecosystem management by engaging uk and international p 
gement by engaging uk and international policy-making organisations, policy-making organisation 
ernational policy-making organisations, policy-making organisations in china, india and central 
14907 2 egrated model about the functioning and management of iberian mediterranean pastures able to ac 
e to act as a basis for the sustainable management of these communities and compatible with nat 
13343 3 mmunicate the knowledge gained into the policy-making process and society as a whole. such comm 
n a network structure that is linked to decision making bodies. the overall objective of the pr 
f knowledge . wp6 takes care of project management, and will ensure international cooperation a 
12423 4 , with the ultimate aim of providing an assessment toolbox for the development and implementati 
pment and implementation of emerging eu policy, at both a regional sea scale and within member  
 involved in wind farm development. the assessment toolbox - developed through regional liason  
 available through existing or proposed policy instruments.  
7468 3 vices and costs and benefits of various management options available through existing and propo 
available through existing and proposed policy instruments. institutional and social analysis w 
rmine conflicts of interest and examine governance as well as stakeholder values and perception 
459 1 as has been set up in mayotte and is at planning stage on three other islands. still, neither t 
10751 1 ria and used potentially as markers for monitoring transfer and evolution of mobile genetic ele 
11475 1 ria and used potentially as markers for monitoring transfer and evolution of mobile genetic ele 
2525 3 re, the data will be passed down to the management authorities to be used in developing sustain 
es to be used in developing sustainable management plans for ash in nature reserves in norway.  
sh-associated biodiversity, sustainable management of ash stands and disease-free propagation o 
2543 1 ated a gradient in grazing intensity by monitoring the presence of pellet groups. this gradient 
2519 16                         nature resource management is often characterised with high level of co 
between the local and national level in management and between interest groups in interpreation 
edge on local managament, compare local management models and develop models for adaptiv manage 
t models and develop models for adaptiv management. we ask: what forms of local management appr 
management. we ask: what forms of local management approach is to be found in international lit 
ferent models to what extent does local management manage to solve conflicts and find a sustain 
how can new and dynamic models based on adaptive management improve local management, sustainab 
ed on adaptive management improve local management, sustainable development and participation t 
ical research we will compare different management models such as local regional parks and loca 
 such as local regional parks and local management of protected areas in mountain regions in no 
way. the cases will be compared with co-management models as in alaksa and local participation  
alaksa and local participation in state management as in sweden and regional parks/adaptiv mana 
as in sweden and regional parks/adaptiv management in switzerland. the research is organized in 
dules: a critical approach to different management models; a comparison of management models an 
rent management models; a comparison of management models and its practice in norway and sweden 
e models in switzerland; development of adaptive management models. the project gives high atte 
2155 1 n contrasting alpine ecosystems grazing management.  
2544 9 een addressed so far within the current management regimes, and how such issues will be handled 
 be handled when current reforms of the management regimes have been finalized. on this basis,  
lyze whether there are gaps between the management regimes and norwegian international commitme 
measures that can be taken to bring the management regimes into compliance with norwegian inter 
tus and future development of norwegian management regimes for protected areas. another part of 
ernational interest in and relevance of management of protected areas. while this part of the p 
e this part of the project will analyze management of protected areas from the perspective of i 
een reflected in the existing norwegian management regime, examine whether there are gaps withi 
and international interests through the management regime. we intend to carry out comparative s 
2521 12 egian government has initiated regional planning an instrument for wild reindeer regions as in  
ned by development. the current species management is no longer sufficient to face challenges r 
he project focuses on and regional land planning as an instrument for the new wild reindeer reg 
gions. it will examine whether regional planning is a sufficient tool for the wild reindeer man 
a sufficient tool for the wild reindeer management, and to what extent the planning system is c 
deer management, and to what extent the planning system is capable of developing a more compreh 
ping a more comprehensive wild reindeer policy we have selected the mountain systems of souther 
up-scaling from local to regional level management are a formidable challenge with the ultimate 
on of highly valued resources. regional planning is a weak planning institution, but have been  
 resources. regional planning is a weak planning institution, but have been recently strengthen 
 where we can examine how such national policy and interventions can be a toolbox in more susta 
ns can be a toolbox in more sustainable natural resource management.  
2545 9 rway contributes financially to several redd efforts, and effective monitoring of deforestation 
 to several redd efforts, and effective monitoring of deforestation is an important task. howev 
r in the tropics often prevent reliable monitoring by optical sensors. the main objective of th 
e of this project is to improve current monitoring by developing new methods using cloud-penetr 
 is involved in several tropical forest monitoring projects are in orbit. we will evaluate thes 
ty and their performance for rainforest monitoring. we will collect historical optical and sar  
ues that will be included in noruts sar monitoring system. the idea is to complement inpes curr 
the idea is to complement inpes current monitoring systems for the amazon and to contribute in  
d to contribute in the establishment of monitoring systems in the congo basin through osfac. ca 
2540 13                                 various management tools and economic incentives have been used 
 cost-effective, long-term and regional management that safeguards goose conservation and leads 
rall evaluation of the effectiveness of management and lessons learned have not been systematic 
 to tune the broader aims of population management. in this project we aim to provide input to  
 more holistic and adaptive approach to management, where scientists, managers and users collab 
 managers and users collaborate to make management decisions. under such an integrated approach 
ation expected to be most useful to the management decisions. similarly, science is focused on  
ypotheses about the system responses to management actions. observed responses of the system ar 
es of the system are then used to adapt management which will then, in turn, form the basis for 
ge linked to develop instruments for an adaptive management of conflicting migratory goose popu 
nity to choose the best among available management initiatives to balance ecological, economic, 
nistrative feasibility of setting up an adaptive management framework will be evaluated based o 
 an analysis of the conflict situation, decision-making processes and stakeholder interests and 
2524 2 ve and have not responded negatively to forest management and fragmentation. the ecology and di 
fects of forestry. this will enable the assessment of conservation needs and the prediction of  
2074 1 s are in conflict as regards the value, management, and use of the forests. the modeling approa 
2087 1 s are in conflict as regards the value, management, and use of the forests. the modeling approa 
12610 2  which will be of benefit to uk plc. an assessment of the environmental and social impacts and  
 the form of a simple matrix. a similar assessment of the typical costs of remediation techniqu 
12638 5 umber of core tasks including: database management; computer systems management; dissemination  
: database management; computer systems management; dissemination activities and overall projec 
mination activities and overall project management. policy-relevance of landis is achieved thro 
ivities and overall project management. policy-relevance of landis is achieved through the prov 
ronmental information and in support of policy and practice for the sustainable use of the nati 
13723 1 l grasslands. sustainable approaches to landscape management demand an understanding of the mec 
10411 3 hift the scale of es investigations and management strategies from the field to the agricultura 
griculture and to minimize the negative externalities of agriculture. investments also may be r 
dscape-scale land use perspective to es management is of particular importance to china, where  
10123 7 roperly understood, particularly if new policy interventions are to be robust to future change. 
 the role of biodiversity offsetting in landscape management, in a changing world. the objectiv 
certainties and ecological and economic trade-offs involved in biodiversity offsetting in the r 
y offsetting in the region, and provide policy advice to stakeholders based upon these analyses 
mental change, species conservation and landscape management policy in the past, the near and f 
s conservation and landscape management policy in the past, the near and far future. there is a 
l directly to influence both government policy and case partner activities in the region.  
10314 1 terests in land development and species management strategies. moreover, our work will provide  
2036 1 intaining a fisheries/nature protection management strategy in the wadden sea. potentially conf 
2114 2 fferences between norwegian and swedish management systems, in similar landscapes, provides a u 
ct. we will also examine to what extent management practices in one country affect those in the 
12743 1 s and construction professionals on the planning, planting and maintaining green infrastructure 
15481 3 nd administrations to make decisions on environmental management is the knowledge of the geogra 
phical characteristics of the object of planning. in this sense, conservation of biodiversity a 
ed scientific and social objectives for management. it should be noted that the advances that h 
12530 1 er interested parties regardless of how policy develops.  
7654 2 foresight analyzes in the case of waste management to help companies define environmental techn 
best technological innovations in waste management options. such mapping consumer behavior with 
2474 1 or protection of biodiversity. there is uncertainty about what types of legal framework are mos 
7040 1 approaches: a traditional and molecular assessment of lichenicolous fungi and other lichen asso 
14155 3 itable. numerous studies have described trade-offs between sexual and clonal reproduction, but  
onmental conditions and are affected by management would enable to predict which species will p 
. the effects of habitat heterogeneity, habitat management , and nutrient availability on trade 
14159 2 the most fundamental among life-history trade-offs in clonal plants. the balance towards one tr 
 applications in nature conservation in management of diversity in grasslands and in control of 
2010 1 the sustainability of currently adopted management plans based on the concept of ‘maximum susta 
11095 1 n life cycles evolved by recreating the trade-offs which female seals must make between foragin 
2457 5 results from life-history research into management and conservation of brown bear/large carnivo 
ge will enable managers to better focus management actions. ungulates and large carnivores show 
iological knowledge and may improve the management of those species. it will become more import 
become more important to understand how management practices affect a species. it is suggested  
standing these aspects will improve the management of large populations and aid in the conserva 
13926 2  applied fields of ecology such as pest management, conservation and management of harvested po 
ch as pest management, conservation and management of harvested populations because it provides 
10866 1 ion of life history traits necessitates trade-offs due to resource limitations. i will investig 
12228 8 egrated and environmentally-benign weed management. an improved understanding of weed biology,  
a basic requirement for integrated weed management. in a herbicide-limited future, weed managem 
nt. in a herbicide-limited future, weed management will need to integrate judicious use of rema 
and a greater emphasis on cultural weed management. chemical and physical weed control methods  
and human health impacts. cultural weed management, on the other hand, is biologically-driven a 
 seed return to the seed bank. cultural management is driven by ecological principles and can o 
s coincides with or avoids pivotal crop management practices help to predict future weed proble 
 the face of changing cropping and weed management practices and a changing climate.  
13344 6 ed, distributed data from databases and monitoring sites; -computational facilities in virtual  
hance the understanding and sustainable management of our natural environment. this preparatory 
ging the construction phase. a range of policy issues are resolved with respect the organisatio 
istics, user service, cost analysis and planning. in addition the project makes the necessary p 
sary preparations in the domain of risk management and quality control. the project is planned  
oject is planned to take three years. a policy and science board, populated by the representati 
2485 3 tifying relationships between household water management, contaminated drinking water, and mosq 
r containers. the project will identify water management practices and key vector producing con 
outputs of the project are: 1 household water management practices in selected study communitie 
10085 1 ies. the work also has relevance to the management of disturbed and fragmented tropical forest  
11763 2  of changes in microbial diversity with management or land-use change on n2o emissions to incre 
e microbial populations under different management and environmental regimes.  
13714 6     the project integrates research and monitoring by investigating how predictions from experi 
xperimental research can be tested in a monitoring programme, and how monitoring can be used to 
sted in a monitoring programme, and how monitoring can be used to create hypotheses for experim 
theses for experimental testing. we use monitoring data collected by nils . scientifically, the 
 to modify protocols for more efficient monitoring and for strategies for management and conser 
cient monitoring and for strategies for management and conservation of peatlands.  
13345 1 ts in order to formulate strategies and policy to meet the needs of both biodiversity and livel 
9957 5 stitutions have been working to improve ecosystem management practice by poor groups, developin 
challenges, and african innovations, in ecosystem management; identify priorities for investmen 
tural and social sciences for improving ecosystem management; and engage policy stakeholders so 
roving ecosystem management; and engage policy stakeholders so that the enabling conditions bec 
ves of poor groups; and engagement with policy-makers and business people. the workshop will be 
15268 1 d empirical studies, an increase in the uncertainty of future breeding opportunities selects fo 
7038 1 e the behavior of local people in their management of natural resources, - within which institu 
7709 7  a model, the individual and collective management practices and selection of plant and animal  
ms in a gain perspective flexibility in management science researchers and bio- technicians to  
- develop in partnership innovations in management and selection of biological diversity and, f 
l and social transformations at work in collective action devices to include the management and 
ollective action devices to include the management and selection of breeds in the territorial i 
ciplinary analysis and guidance for the management of high biological diversity and cultivated  
h reports build with the actors in this management, with what consequences for research  
12165 1 ural methods, herbicides and rotational management along with costings and options for funding. 
12629 1 d between 1994 and 1997 . additionally, planning work will be undertaken ahead of the next full 
2101 1 s a support for environmentally related decision making at accidents as well as industrial oper 
13804 1 heterospecific pollen will be tested by monitoring amounts of heterospecific pollen on arriving 
12468 3 lopment or implementation of the vessel monitoring system. the analyses will focus on 5 key are 
y areas. 1. data quality and robustness assessment 2. recommended logging frequency ranges for  
uency ranges for potential end-users 3. assessment of the ability to discriminate fishing vs. n 
7046 1 searchers, environmental scientists and policy makers in the increasing number of regions affec 
12332 1 as; and provide further detail on where fisheries management and conservation objectives could  
13327 1 ovided by the ipcc. macis will identify policy options at eu, ms, regional and local levels to  
12445 2 ical knowledge necessary to improve the management of fish populations into the future against  
nto the future against a broad range of policy objectives.  
183 1 to the practical nature conservation in planning protected areas at the global and regional sca 
7163 1 peration with managers, and provide aid management support and education on invasions  
2194 5 phyte species. scientific synthesis and management guidelines • establish a current discussion  
scientific syntheses and guidelines for management tools. • compile literature reviews and resu 
gion along the swedish coast. • produce management tools that both describe the motive for prop 
hat both describe the motive for proper management of macrophyte habitats, and the way of doing 
 doing this. emphasize should be put on management related to main threats of macrophyte habita 
7579 2 ior of mate choice in genetic resources management. our project offers 1 to study the link betw 
irect implications for genetic resource management  
12204 3 e and adaptable farming and sustainable management of natural resources. the support of key ex  
lasm collections is in line with defras policy on genetic resources for food and agriculture fo 
 plant genetic resources under both the convention on biological diversity formed in 2005. this 
12727 1 d to overcome these barriers; •use this assessment of the actual and potential application of e 
15275 3 red. thus, methods for the analysis and management of genetic diversity should consider this as 
al topics related with the analysis and management of structured populations using analytic tec 
 1. extension of the procedures for the management of structured populations incorporating the  
15276 3 red. thus, methods for the analysis and management of genetic diversity should consider this as 
al topics related with the analysis and management of structured populations using analytic tec 
 1. extension of the procedures for the management of structured populations incorporating the  
14632 2 se the conservation status and possible management guidelines for a declining and endangered su 
or genetic factors are relevant for the management of the studied species. the main objectives  
7487 13 heries pose particular difficulties for management. target species are difficult to assess with 
difficult to assess with high levels of uncertainty, they are generally vulnerable to overfishi 
lop a range of strategy options for the management of deepwater fisheries in the ne atlantic th 
l be to identify new and more effective assessment methods, reference points, control rules and 
ds, reference points, control rules and management strategies to be used in the short term, mak 
tion gaps to achieve reliable long-term management requirements. this work will be developed by 
ected to give a wider perception of the management and monitoring of deepwater fisheries elsewh 
 wider perception of the management and monitoring of deepwater fisheries elsewhere in the worl 
r each case study current problems with assessment or management will be identified and new met 
udy current problems with assessment or management will be identified and new methods will be d 
mic profile and projected impact of the management strategy options as applied both through a s 
provide robust guidelines for deepwater fisheries management suitable for adoption within the c 
 for adoption within the common fishery policy. the work will involve an icpc country.  
2049 3 d patterns of agricultural biodiversity management. a description of major elements of the trad 
ng changes in agricultural biodiversity management at the local level is important as a basis f 
in debates and negotiations, related to management of plant genetic resources internationally.  
7617 1 ngineering can help promote sustainable forest management based on the regeneration of settleme 
12526 2 lso be investigated for suitability for monitoring the sanitisation process. current detection  
lies mostly on the use of bioassays for assessment of biowastes. recent evaluation at csl of th 
13808 8 fects on biodiversity by three types of management in suburban forests. moreover, the assessmen 
ment in suburban forests. moreover, the assessment of qualities of the forests by urban people  
are studied. knowledge about effects by management on ecological mechanisms and social values a 
riments, the effects on biodiversity by management are examined for three trophic levels, i.e.  
n arthropods, and birds. three types of management are evaluated: a mosaic of 1 and 2. the resp 
1 and 2. the responses by the public on management are investigated by questionnaires and inter 
ners make suggestions for adjusting the management. in this new approach, we will integrate sci 
ublic in order to achieve a sustainable management of suburban forests.  
12156 4 ainage and intensification of grassland management. whilst there is clear evidence that appropr 
that appropriate sward and hydrological management are essential for the maintenance of healthy 
es. the project will provide defra with management recommendations for agri-environment schemes 
fra with management recommendations for agri-environment schemes and therefore an opportunity f 
2210 2 t is or is expected to be a part of the management process. as an integrated part of the progra 
 a scientific base for a development of adaptive management systems. our objectives are to: • d 
13715 1 t lost by conversion to nitrogen gas 5. cost-benefit analysis for society of bloom reduction. t 
10902 3  us $ in the region and coffee is a key policy tool for governments to improve livelihoods and  
e can develop knowledge to allow better management of these services so that livelihoods of far 
ly advise farmers on how to improve the management of coffee growing and also help decision mak 
10986 3  us $ in the region and coffee is a key policy tool for governments to improve livelihoods and  
e can develop knowledge to allow better management of these services so that livelihoods of far 
ly advise farmers on how to improve the management of coffee growing and also help decision mak 
11231 5 ms encouraging particular land uses and land management practices that help to store organic ca 
pported with inputs from international, policy, private sector and non-governmental organisatio 
rs. the aim of the project is to hold a planning and capacity building workshop in namibia in s 
onomic analyses to enable more complete assessment of different land use options. activities du 
 ecosystem services, their dynamics and management and the ways they can help to reduce poverty 
13718 2 n plan, and disseminate our research to management authorities. working from this platform, we  
dge that is critical to the sustainable management of the marine environment and create the mul 
13764 1  development of coastal areas, resource management will increasingly have to deal with the quan 
14277 4 ve tool to assess the effect of various management options on the nutrient retention within the 
ictive instruments for the quantitative assessment of nutrient fluxes the project results will  
s the project results will also support decision making for basin management, especially concer 
 also support decision making for basin management, especially concerning macrophyte developmen 
10987 2 ls to those responsible for formulating policy and making decisions at the african research and 
g decisions at the african research and policy levels. this consortium will work together to de 
171 3 hat are caused by anthropogenic impact. monitoring of benthic communities has been carried out  
 in the frame of estonian environmental monitoring program. the studied area is in remote sensi 
gal cover long before the environmental monitoring program started.  
12673 3 ed zoe cokeliss to produce a desk based assessment of the tools available to uk business for th 
 tools available to uk business for the management of their biodiversity impacts. this work was 
ty impacts. this work was a preliminary assessment of available tools, and was not intended as  
2131 1 nd basic knowledge important for future management of salmon populations, and contribute to a b 
12343 1 her parts of the department involved in fisheries management activities.  
12340 2 ompetent authorities to set appropriate management measures for activities occuring within the  
ter inform the mmo and the ifcas to set management measures to ensure that activities that coul 
12339 2 ompetent authorities to set appropriate management measures for activities occuring within the  
ter inform the mmo and the ifcas to set management measures to ensure that activities that coul 
2518 10 ea to the mediterranean. in sustainable ecosystem management, it is crucial to account for the  
 will be considered to avoid delivering management advice for different stocks which is mutuall 
y will be used in both individual stock assessment and included in multispecies models to provi 
ing the information required to develop management plans. the maximum level of fishing effort c 
-target species will be evaluated using management strategy evaluation in order to develop robu 
y evaluation in order to develop robust management.the project will develop resource indicators 
will be investigated since variance and uncertainty are critical issues in relation to the econ 
ure the delivery of mutually consistent management advice. general properties of the ecosystems 
l be used to suggest rules of thumb for management in areas where the amount of data available  
sure that results are used in practical management.  
12663 1 slation for the preparation of the full impact assessment  
10128 1 , and provide important information for policy makers concerning the potential impacts of futur 
12649 1 s to provide an estimation of the total economic value in an attempt to gain a true appreciatio 
12437 2 atial and temporal dynamics • module 4: governance and ecosystem management key customer purpos 
ral dynamics • module 4: governance and ecosystem management key customer purpose: there are co 
7459 1 ls to provide a structured link between management questions and the knowledge base that can he 
2178 2 ing of marine ecosystems by means of an assessment of the role of dominant ecosystem drivers. m 
national and international research and policy efforts to manage marine ecosystems  
12381 5 ne bill, the eu marine strategy and the water framework directive. the data provided by the mar 
llowing defra commitments: marine bill, water framework directive, marine climate change impact 
te change impact partnership, uk marine monitoring and assessment strategy ukmmas, eu marine st 
t partnership, uk marine monitoring and assessment strategy ukmmas, eu marine strategy, chartin 
abase. the project will also coordinate monitoring undertaken by mecn partners.  
10588 1 on resilience, with applications to the management and conservation of exploited populations.  
13329 1 es. this research can be applied to the management of marine ressources , create and develop a  
12430 3  reserach will develop a cost effective monitoring programme for determining trends over time i 
y customer purpose: to develop a future monitoring programme for the assessment of marine litte 
p a future monitoring programme for the assessment of marine litter, capable of answering quest 
12431 1 been specifically tailored to inform uk policy in relation to the european union marine strateg 
12333 3 pment of the recommended option for mpa planning purposes. key customer purpose: the outputs of 
also be useful in taking forward marine planning, and thus be of use to the forthcoming marine  
hus be of use to the forthcoming marine management organisation.  
12391 2  strengthen the links between statutory monitoring agencies and voluntary recording schemes pro 
ey protocols for systematic marine life monitoring  
12425 4 seabed survey priorities against marine policy requirements. to collate key details on marine s 
also be of use in taking forward marine planning policy proposed in the marine and coastal acce 
f use in taking forward marine planning policy proposed in the marine and coastal access bill a 
nformation will be of use to the marine management organisation which is anticipated to come in 
2470 2 prove the interface between science and policy formulation in terms of risk management as sugge 
and policy formulation in terms of risk management as suggested by the european science foundat 
2469 1 lations that are distinct, thus helping policy makers to develop conservation schemes and marin 
7503 1 is the reference method for the ex situ management of genetic resources. however, this method i 
11082 1 ims to explore the role of cost-benefit trade-offs in the evolution of host and parasite popula 
11600 1 ims to explore the role of cost-benefit trade-offs in the evolution of host and parasite popula 
10896 5 employing sophisticated and intelligent monitoring, management, and governance practices. there 
phisticated and intelligent monitoring, management, and governance practices. there have been m 
intelligent monitoring, management, and governance practices. there have been many attempts to  
terest to them and have preferences for management issues and aspirations for the ecosystems. w 
rce access by coastal poor and resource governance in case study sites. wp6 projection - will a 
15132 2 te vulnerability traits into population assessment tools. this knowledge will facilitate the ef 
 facilitate the effective and proactive management of populations by enhancing our ability to p 
14834 1 assist in how to use the fire as a fuel management tool.  
14835 1 assist in how to use the fire as a fuel management tool.  
7419 1 ild flora, including plants messicoles. valuation in action plans: botanical conservatory of th 
2038 6 n effective and broadly accepted marine management policies. this objective is operationalized  
erationalized by the use of alternative economic valuation methods, including contingent valuat 
e economic valuation methods, including contingent valuation and travel cost method, so that bo 
to the development of a framework for a contingent valuation in the context of different stakeh 
by the dutch wadden sea. in particular, contingent valuation will be applied to the general pub 
rvation agencies, scientist experts and policy officials. finally, the degree of transferabilit 
10019 3  is likely to complicate the process of conservation planning and habitat management for the ma 
he process of conservation planning and habitat management for the many rare species that are n 
 develop available to other scientists, policy-makers and conservation practitioners, allowing  
11572 3  is likely to complicate the process of conservation planning and habitat management for the ma 
he process of conservation planning and habitat management for the many rare species that are n 
 develop available to other scientists, policy-makers and conservation practitioners, allowing  
11236 1 h. methanenet will be managed by a core-management team that draws on a range of expertise in b 
7486 1 strategy generally applied in microbial management used in human medicine, agriculture and aqua 
172 1  elemental cycles in such lakes and for management purposes.  
12428 2  literature review can be shaped to fit policy needs to better understand current scientific th 
 to define the area of work which is of policy interest to us, to provide quickly and in a cost 
14169 2 ods in growth analysis of trees and the assessment of the photosynthesis process, which is a di 
onomic terms, the study is important as decision making in multi-purpose forestry must be based 
14738 2 ding populations, allowing for adequate management and conservation actions. since storm and ga 
 information will be crucial to propose management and conservation measures.  
12520 3 d to enable adaptation of animal health planning, animal health and welfare assessment through  
lth planning, animal health and welfare assessment through animal based parameters as well as a 
rinciples for animal health and welfare planning in organic dairy farms wp3: application of ani 
13607 2 ent and subsequent evaluation of public policy. nowhere is this challenge more profound than in 
his challenge more profound than in the natural resource management identify the rationalities  
13874 2  methods for their use in environmental monitoring. with these new data and methods, indicators 
 peatland vegetation and strengthen the monitoring in the natura 2000 network. the approach can 
15510 1 pecial interest to improve the integral management of forest pests, to promote the diversity of 
12021 2  in a heterogeneous environment. better management practices of highly mobile large mammals rel 
e pyrenees, the project could propose a management tool based upon maps of habitat classified a 
438 2 ic models for the diagnostic and viable management of ecosystems and their usages in a perspect 
oblems. the first one is related to the management of farmland habitats by grazing activities,  
10408 11 might affect rural livelihoods; and how governance solutions can be developed to help manage th 
ountry capacity to design and implement policy relevant research on the impacts of climate chan 
these with participatory assessments of governance options, across a range of spatial and polit 
 permit an exploration of synergies and trade-offs in these ecosystem services under various ma 
 these ecosystem services under various management regimes. the role that hydrological systems  
 the role that hydrological systems and watershed management play in regulating flows of provis 
 differences across sites will make the policy implications of research results broadly applica 
nitation and tourism, and to a range of governance contexts. these are sites where the consorti 
ill lay the foundation for a consortium planning workshop in bolivia to consolidate the interdi 
ces and rural livelihoods for informing policy makers. by working collaboratively across sites, 
arch. strengthening capacity to conduct policy relevant research is critical for guiding develo 
11413 11 might affect rural livelihoods; and how governance solutions can be developed to help manage th 
ountry capacity to design and implement policy relevant research on the impacts of climate chan 
these with participatory assessments of governance options, across a range of spatial and polit 
 permit an exploration of synergies and trade-offs in these ecosystem services under various ma 
 these ecosystem services under various management regimes. the role that hydrological systems  
 the role that hydrological systems and watershed management play in regulating flows of provis 
 differences across sites will make the policy implications of research results broadly applica 
nitation and tourism, and to a range of governance contexts. these are sites where the consorti 
ill lay the foundation for a consortium planning workshop in bolivia to consolidate the interdi 
ces and rural livelihoods for informing policy makers. by working collaboratively across sites, 
arch. strengthening capacity to conduct policy relevant research is critical for guiding develo 
10543 6 to investigate the impacts of different management options on the individual predators and on t 
s on the implications of changes in the management of the marine environment that are outlined  
xplicit account of the major sources of uncertainty in our knowledge of the system, they are th 
ing the risks associated with different management scenarios. the operating model will be devel 
lly, we will model the way in which new management regimes for marine resources, such as a rang 
reas and a greater emphasis on regional management, proposed by defra are likely to be implemen 
13767 4 ther ecosystem services in policies and management. however, most of these approaches are focus 
without consideration of how changes in management can alter the supply of other ecosystem serv 
. our models will improve environmental decision making in these regions, by increasing the abi 
ue the work of the millennium ecosystem assessment.  
11838 1 savannas is critical to their effective management, be it for their sustainability or their rol 
7680 4 d for the benefit of the forest. as the management and maintenance of landscape habitat is unde 
ther. to do so the onf has to implement management plans to maintain heathland and eliminate yo 
ant communities distribution. efficient management leans upon regular surveys and mapping of th 
al change and to adapt their methods of landscape management to maintain biodiversity in the co 
13330 6 ools as well as state-of-the-art effect-assessment and analytical methods generally applicable  
 ecological status, as addressed by the water framework directive, and the impact of environmen 
to provide methods for state-of-the-art risk assessment and decision support systems for the se 
for the selection of the most efficient management options to prevent effects on biodiversity a 
ge on an european level in the field of impact assessment of environmental pollution on aquatic 
f biological organisation with powerful assessment tools for the identification of key modes of 
13972 1 oject will provide predictive tools for management and protection of this biotope.  
2183 1 ide society with cost-effective, robust management strategies for natural resources under clima 
14125 3 rch and decision support in sustainable forest management. the stand level forest growth models 
nian network of forest growth permanent monitoring plot data. the model will be evaluated on lo 
ics of tree distributions and effect of forest management treatments and natural disturbances  
13722 1 enable better identification of optimal management actions as well as applying these actions at 
13763 1 erent types of landscapes and in future management scenarios. internationally unique historical 
12593 2 hese possible effects promotes informed decision-making. insofar as the quantitative response o 
s in temperature and precipitation. the uncertainty associated with these models will be assess 
7681 1 , via numerical simulations, integrated assessment of alternative scenarios for marine fisherie 
12359 1 e iacmst goos action group modeling and monitoring  
12260 2 rrangement of land use types identified management, agronomic and economic factors as those tha 
mic, land characteristic, landscape and management factors, affect biodiversity within agroecos 
10493 4 rbon fluxes by large-scale land-use and management change has been demonstrated, and suggested  
ment responses to changing land use and land management policy, and comparison of the magnitude 
o changing land use and land management policy, and comparison of the magnitude of these influe 
ns. it will also show the ways in which monitoring programmes need to be managed to provide app 
7154 5 cluding climate risk, take into account uncertainty and arrival information. we must integrate  
nd integrated sequential decision under uncertainty, combined with cost-effective approaches to 
ches to sustainability or to inform the management of biodiversity. uncertainty and climate or  
 inform the management of biodiversity. uncertainty and climate or global dynamics will be seen 
oject builds on two application fields: management by grazing habitat protected under the imple 
14479 3 e scope of this research project is the assessment of haloperidol and azaperone, two short-acti 
ern chamois and spanish ibex population management, mainly in all the aspects related to their  
with increasing frequency nowadays, and monitoring stress procuring animal welfare needs to be  
11630 1 s technology can be used to improve the assessment of animal health in the environment and to h 
11385 1 microarray technology, which allows the monitoring of expression of thousands of genes at one t 
6852 1  of more accurate antibiotic resistance monitoring systems, as well as to a better understandin 
11618 1  for scientific research and biological monitoring. unfortunately, they are difficult to work w 
14544 1 en cycles in the studied ecosystem. the monitoring of the main limnological features of the aqu 
10352 1 ation will be investigated in detail by monitoring gene expression in the root-associated bacte 
12410 5 tudy in order to implement an appropiat monitoring regime. the study will help in identifying r 
dentifying representative ambient noise monitoring areas in the uk and existing sea observatori 
stomer purpose: this project is of high policy relevance as it directly addresses one of the re 
of the study will be used to assess the monitoring effort necessary for underwater noise within 
he directive, including the location of monitoring stations the equipment necessary and the mos 
14523 2 ereby allow us to make a more realistic assessment of the ecological risks than previously poss 
ibility of making an advancement in the monitoring of air quality with moss, by using biotests. 
12403 2 pproach for contaminant-related effects monitoring and provide the opportunity to develop withi 
re fit for purpose biological effect uk monitoring strategy.  
13708 2 project would implement a collaborative monitoring project between researchers based at the swe 
s will increase the range of population assessment tools available to managers and researchers  
15392 1 favourable vs. marginal. the population monitoring will reveal how vital rates responsible for  
15024 1 ld help to the persons in charge of the management of these so singular spaces and, at the same 
12609 1              this project continues the monitoring series for the use of peat and alternatives  
7031 1 ners, for example, in the water quality management, need not waste a lot of time to search for  
13814 5 ant agri-environmental support, but the cost-effectiveness of these schemes—in terms of biodive 
del that is suitable for evaluating the cost-effectiveness of conservation policy. this will be 
or evaluating the cost-effectiveness of conservation policy. this will be achieved through tran 
ating the costs to farmers of different management measures. a modification of the replacement  
habitats. finally, we expect to provide policy recommendations for achieving more biodiversity  
14732 1 over, they might throw new light on the assessment of morphogenetic processes that operate in t 
15365 1                                         monitoring studies performed during a decade in estuari 
7474 1 en eu project findings and the needs of policy- and decision-makers, stakeholders in economy an 
10393 2 gration of these scientific skills into environmental management. the mres ecology and environm 
mental management. the mres ecology and environmental management is an inter-disciplinary cours 
10857 2 on the biology, ecology and sustainable management of biological resources, for students intend 
ships for three years. conservation and management. this grant supports four full studentships  
10871 1 cial reform, political economy, spatial planning, poverty alleviation, human and institutional  
10386 1 ential prerequisite for their effective management. this grant supports 6 full studentships for 
11133 2                   the msc environmental monitoring, modelling and management provides advanced- 
environmental monitoring, modelling and management provides advanced-level multidisciplinary tr 
10864 11 ng science, technology, law, economics, policy and management, with an in-depth education in th 
 technology, law, economics, policy and management, with an in-depth education in the more spec 
y the 8 second term options: ecological management, pollution management, global environmental  
tions: ecological management, pollution management, global environmental change policy, health  
management, global environmental change policy, health risk assessment policy and management, w 
bal environmental change policy, health risk assessment policy and management, water management 
l change policy, health risk assessment policy and management, water management, energy policy, 
licy, health risk assessment policy and management, water management, energy policy, environmen 
 risk assessment policy and management, water management, energy policy, environmental economic 
nd management, water management, energy policy, environmental economics and policy, business an 
rgy policy, environmental economics and policy, business and the environment. this grant suppor 
11549 1 ; the design and application of aquatic monitoring programmes; and the use of modelling approac 
11649 1 ; the design and application of aquatic monitoring programmes; and the use of modelling approac 
11648 1 f a team, lecturers, clients and senior management. this grant supports 3 full studentships for 
11126 1  biodiversity research and biodiversity management. this grant supports six full studentships f 
11131 2          the aim of the msc in wildlife management and conservation is to train students in a w 
re individuals for a career in wildlife management. this grant supports 4 full studentships for 
10394 1 iplinary advanced training programme in coastal management. this grant supports 5 full students 
7110 1 representing an economic alternative to management by the rendering industry. . finally, behavi 
7698 1 on. it will aim to help the decision on land use planning and in particular the areas involved  
1086 2  can represent useful models to outline management policies, securing the survival of populatio 
ability and, therefore, to find correct management policies, which can assure at the same time  
12483 4 proach is a strategy for the integrated management of land, water, and living resources that pr 
man well-being as the central focus for assessment, while recognizing that biodiversity and eco 
 prioritisation framework for balancing policy objectives against the value of ecosystem servic 
ntial impacts that takes data and model uncertainty into account.  
522 7 f axis 3, interactions between economic policy, social dynamics and preservation of biodiversit 
le of scavenger birds in the quartering management. one of the issuess of this study was to ana 
lternative to the industrial quartering management. the eco-toxicological risks linked to the t 
ographic analyses provide a support for decision-making in order to favour its resilience to fu 
gramme, to the creation and use in real management of a tool to support simulation and decision 
ent of a tool to support simulation and decision-making. in this case it would be a multiple-ag 
the same species for which the resource management differs. it will also be adapted to cases of 
14712 2 n landscape but with different uses and management have been selected: a natural area that corr 
f the environment and therefore for the monitoring of the state of conservation of the habitat  
11278 3 , one of the longest and richest marine monitoring programmes for the north atlantic and the no 
ces have been accounted for. the marine monitoring data is provided by sahfos, the designated p 
and complex collection of data, and the uncertainty of estimation accounted for.  
11745 1 ons, coupled with chemical analysis and assessment of site parameters, we will construct a mode 
12201 5  previous uk survey data and up-to-date monitoring of crops and weather patterns. this will be  
rops. this is expected to contribute to policy and planning, and will lead to advice on choice  
is expected to contribute to policy and planning, and will lead to advice on choice of crop, ti 
ed to make an immediate contribution to policy decisions and, on the farm, to crop management a 
icy decisions and, on the farm, to crop management advice and practice for minimising ear bligh 
6827 1 applied n than did earlier releases.the assessment of only a few selected traits and their inte 
12604 2 in detail how data derived from ongoing monitoring could potentially be used in the context of  
lly be used in the context of a uk soil monitoring network. the final report is available on th 
12144 1 ion of these studies, the economic-cost assessment of the native forest trees growth and change 
7112 1 olicies and the institutionalization of collective action in the context of consultation mechan 
10282 1 f large vertebrates. the combination of monitoring and parentage assignment will allow us to ad 
12398 7 the marine strategy framework directive impact assessment. part 1 of this study outline potenti 
 part 1 of this study outline potential policy baselines against which the impact of the direct 
his will involve assessing the existing policy initiatives and legislative commitments which wi 
loping baseline scenarios based on this assessment. it will focus on the detail of how each cou 
 detail of how each could be used in an impact assessment and outline the strengths and limitat 
delivered through other legislation and policy commitments such as the marine bill, the water f 
ommitments such as the marine bill, the water framework directive, the bathing water directive, 
10656 4 increasing evidence that the reality of ecosystem management involves making difficult choices  
eholders in a structured dialogue about tradeoffs and choices, through a series of site-based w 
esource use, which will ultimately help policy makers develop better strategies for pro-poor ec 
 develop better strategies for pro-poor ecosystem management.  
10929 1 ributary of the same river system, then monitoring their return as adults, including making phy 
13528 1 ming increasingly clear that successful management of natural populations requires not only pre 
11457 4 merical density using target strength . uncertainty in ts is a major contributor to uncertainty 
rtainty in ts is a major contributor to uncertainty in abundance estimation. measurement of tts 
acoustically, aid ecosystem studies and assessment and management of commercially and ecologica 
id ecosystem studies and assessment and management of commercially and ecologically important s 
14452 1              nowadays the environmental risk assessment in model insects and small mammalians w 
2535 3  bound to change the future of wildlife monitoring. it is at this forefront of conservation res 
ration with leading experts in wildlife monitoring, molecular analysis, and statistical modelin 
ate and complement non-invasive genetic monitoring.  
2156 1 standing, sustainable use and efficient management of the natural environment. the new approach 
7464 1 n and dissemination activities/ project management.  
12538 1 health service to increase the level of monitoring for statutory organisms in compliance with b 
12313 2 the food industry and for grey squirrel management. the new class of compounds have the potenti 
ounds will enable the safer broad-scale management of rats and other rodents.  
14640 1 nd sargassum . this measurement and the assessment of the levels of ploidy will be performed at 
12512 3 n the development and implementation of policy relating to the water framework directive, the m 
mplementation of policy relating to the water framework directive, the most substantial piece o 
 to contribute to implementation of the water framework directive.  
12402 1 to provide data and effective advice to policy makers and managers of marine bioresources on th 
13776 1  turn, inform future strategies for the management and conservation of our marine environment,  
7397 2                                         valuation approaches where local animal populations are 
gin, are accompanied by a complexity of management bodies and decision, a"synchronous"changing  
12361 1  or 3. establish new separate pass/fail assessment criteria for dispersant approval for these t 
11334 1  training relating to effective project management and will become familiar with business proce 
13601 1 s to evaluate the effectiveness of flow management in swedish rivers and streams and to develop 
15285 1 it is necessary to develop agropastoral management strategies which allow the optimization of t 
15286 1 it is necessary to develop agropastoral management strategies which allow the optimization of t 
12616 1 ree candidate methodologies based on an assessment of international practice, the unique charac 
14872 1 es on climate change. land use and soil management influence soil organic carbon content and it 
11858 1 the paleogenomic approach will allow an assessment of the extent of change there has been over  
11843 2 mpirical data to devise a science-based management strategy to safeguard populations of a prote 
xplore the relative merits of different management strategies including 1. increasing the numbe 
11245 2 l thus have significant impact on wider management needs expressed in the water framework direc 
wider management needs expressed in the water framework directive .  
15212 3  and genetic influences on evolutionary trade-offs, particularly in key life-history traits and 
 physiological mediator of life-history trade-offs. the project aims to determine the impact of 
istory evolution. moreover, a long-term monitoring program on boobies breeding at isla isabel,  
12531 1 ial and contaminated leaf/plant debris. monitoring carried out over the last two years in manag 
14414 4 f-the-art decision support tools to aid adaptive governance of agro-ecosystems. our aim is to u 
 is to understand how land-use and farm management affect farmland biodiversity and thus, ecosy 
e about the factors influencing farmers decision making. this information will then be used to  
formation will then be used to generate agri-environment schemes that are better adapted to ben 
14757 1 ider corolaries for conservationist and forest management policies. through the analysis of pos 
6885 1 of lakes as a target state for european water framework directive. dormant egg banks integrate  
7450 4 ded in local, regional or international markets. the effect on the ecosystem is little known, a 
e patterns for palm products from local markets to markets which involve export to other countr 
for palm products from local markets to markets which involve export to other countries and con 
ets and videos for farmers, reports for policy makers to scientific publication for the researc 
13346 4 ded in local, regional or international markets. the effect on the ecosystem is little known, a 
e patterns for palm products from local markets to markets which involve export to other countr 
for palm products from local markets to markets which involve export to other countries and con 
ets and videos for farmers, reports for policy makers to scientific publication for the researc 
14519 1  each ecosystem, including hygienic and management measures for maintaining healthy animals fre 
14521 1  each ecosystem, including hygienic and management measures for maintaining healthy animals fre 
10985 10 associated tools to explicitly identify trade-offs between ecosystem services and between the w 
f different stakeholders resulting from policy and development scenarios and environmental chan 
ts depends not only on institutions and markets, but also on capital, knowledge, expertise, tec 
 for poverty alleviation in the face of trade-offs of es benefits to different groups. there is 
need for es frameworks that account for trade-offs under the complexity of social-ecological sy 
 understand, document and deliberate on trade-offs between es benefits to the wellbeing of diff 
be disseminated amongst scientists, and policy makers to support the espa programme. the propos 
oject will provide a framework to study trade-offs in ecosystem services and facilitate the dis 
s between users groups and in designing policy options. particularly, the approach will help in 
se the recognition of the poor-group in policy discussion related to ecosystem services, and th 
2534 3 is known pertaining to how governmental management policies interact with regional differences  
nt basis for developing sustainable and adaptive management. the stipulated project aims at gen 
ating knowledge that may have important management implications and that may increase our under 
530 1 al assets resulting from the scientific monitoring of two agro-environmental operations. these  
2187 1 , we evaluate consequences of different management regimes of cultivated pastures for their pos 
6730 1 tic, or prognostic markers for clinical management of patients with hereditary and sporadic adr 
2048 6         according to european fisheries policy 2003-2012 fisheries management from now on shoul 
 to european fisheries policy 2003-2012 fisheries management from now on should be firmly based 
based on the new eu-principles for good governance: accountability, effectiveness, transparency 
ation warrants a far better information management than the one maintained at the present by na 
. after half a century of science-based management the public information is incomplete and har 
ronment, and 3. drafting an information management plan in support of a more equitable particip 
14938 2 ion, contributes to the design of sound management policies for its use and conservation. our p 
e, and to help in designing appropriate management strategies for conservation.  
15492 1 he iberian herpetofauna and thus design management programs that take into account areas where  
2533 2                                  pesila-redd will employ integrated methodology to address gaps 
environmental services determination of policy benchmarks. case studies will be conducted in co 
13611 1 rable peatlands and to evaluate current policy such as critical loads thresholds. this is the f 
15571 1 rable peatlands and to evaluate current policy such as critical loads thresholds. this is the f 
7199 1 esource use efficiency and p soil. this assessment combines bio- technical approaches  
15358 1 e strategies for their conservation and management in a changing, and presumably drier, climate 
457 3 r transfer of knowledge and support for policy-makers and users. nonetheless the phanerogam mea 
rnational databases, tools for activity management and help for decision-making, but also the r 
ls for activity management and help for decision-making, but also the reinforcement of multidis 
7208 1  the modification of the methods of oak forest management guaranteeing their sustainability  
2083 1 ty as a driving factor for the reindeer management, and its implications for the såmi culture.  
10301 1 en fail to meet the standards of the eu water framework directive necessitating the introductio 
2477 3  as long term climatic change. accurate monitoring of ecosystems therefore requires high resolu 
rlds most advanced marine environmental monitoring system through environomics. we aim to condu 
ncy and spatial resolution biodiversity monitoring we will further develop and evaluate microar 
14454 1 he basis of the ultrastructural data 6. assessment of the host specificity of parasitic worms f 
14648 1  processes is an essential tool for the management and conservation of species. the importance, 
6940 1  and could help successful conservation management of the area and the protected species. the e 
15512 1 roductions of the species, according to management plans, at both the specific and habitat leve 
13453 1 models and recommendations for targeted monitoring strategies, which will be designed in collab 
14503 1  plant protection and the environmental monitoring in the framework of global change and biodiv 
12558 4  support the defra phytophthora disease management programme for p. ramorum and p. kernoviae in 
n england and wales, addressing the key policy objectives. project outputs will be relevant to  
 garden end-users, facilitating disease management. core outputs from the work will be regular  
ations and practical guides for disease management and eradication action at outbreak sites of  
15203 1 desirable quality status. therefore any management, conservation and/or restoration initiative  
12434 1 ence for the justification of fisheries policy in this sea region.  
10381 1 by nitrogen-loving taxa. the review and assessment of london s air quality confirms that oxides 
12734 2 the development of biodiversity offsets policy. it will include a survey of the implementation  
survey of the implementation of current policy at a local level which will primarily be data co 
7014 2  community structure and activity, - an assessment of microbial diversity and community structu 
ons about the influence of land use and land management on short-term controls on c-sequestrati 
12515 1 et requirements but also fulfil current policy ambitions for lowering inputs. production of reg 
14211 1  can be used in nature conservation and management.  
15008 2  of the different functional types with assessment of the importance of each relevant character 
imatic change research and conservation management  
12545 1 es. overall this work relates to defras policy objectives in sustainable farming and food and t 
10549 1 . this will allow for the first time an assessment of these viruses as environmental determinan 
11047 1 . this will allow for the first time an assessment of these viruses as environmental determinan 
14339 1 o complies with actions outlined in the convention on biological diversity. the information abo 
7682 1 mitigation measures in terms of farming management. this project will build new models of biodi 
14662 1  this proposal may be applicable to the management of mediterranean-like ecosystems in a scenar 
7475 6  tool , designed to support the work of policy-making for sustainability in real-world settings 
 knowledge which is focused on specific policy objectives. in substantive terms, the project re 
tive problem-focused interventions with policy-makers which will engage with their current work 
 in these areas. stave will allow these policy-makers to examine the nature and validity of ass 
re incorporated into the development of policy. the project will yield detailed guidance on how 
 across a variety of organisational and policy-specific environments. it will also generate imp 
2185 8 ; b to improve the model for evaluating policy measures for qualities of agricultural landscape 
l landscapes, c to evaluate alternative policy instrument designs and alternative policy instru 
licy instrument designs and alternative policy instrument packages, and d to investigate the po 
ors that are applicable for value-based policy measures. the project is expected to contribute  
m a conservation standpoint. by evoking policy relevant questions to other projects and exploit 
ojects and exploiting their results for policy instrument analysis, the project may be catalysi 
alysing the efforts to link science and policy implementation the project will analyse alternat 
on the project will analyse alternative policy measures for preserving the values of agricultur 
475 1 rable peatlands and to evaluate current policy such as critical loads thresholds. this is the f 
212 1 es, experimental laboratory studies and monitoring survival in field conditions will be used.  
11149 1 work is intended to greatly improve the assessment of the health impacts of exposure to complex 
11696 1 work is intended to greatly improve the assessment of the health impacts of exposure to complex 
2164 1 ment of improved mitigating actions and management strategies  
2052 1 ial information for the construction of adaptive management programs not only for the studied s 
13472 3 tural disturbance processes and current management recognizes that forest fires need to be rein 
 metapopulation models and thus provide management with tools for efficient planning at landsca 
ide management with tools for efficient planning at landscape scale. it utilizes modern molecul 
2039 1 ss the consequences of various specific management scenarios in the context of sustainability.  
13740 2 , during the last two decades. adequate management of cod require knowledge of the population s 
 study will provide information for the management of cod nationally and within ices.  
11006 1 enefit, the study design will enable an assessment of the impact of virus infection on host mor 
11206 1 enefit, the study design will enable an assessment of the impact of virus infection on host mor 
11709 2 are therefore required to assist in our management and conservation efforts. one such developme 
that exist among fish stocks into stock assessment. such information is important since most ex 
10028 2 are therefore required to assist in our management and conservation efforts. one such developme 
that exist among fish stocks into stock assessment. such information is important since most ex 
13969 2 and provide tools that can better guide management actions. we will use extensive field data, e 
bility of red-listed plants and suggest management options.  
7268 1 st larvae of the mediterranean and give economic value tracks the species caught  
14734 1 , as well as to elaborate a medium-term monitoring plan for the endangered species. the underly 
12612 12 n health is assessed using quantitative risk assessment which considers: concentrations of cont 
two important issues associated with uk policy on contaminated land. the first is that estimate 
potential health impacts. instead, this uncertainty is compensated through the use of conservat 
ates of exposure and the application of uncertainty factors to toxicological data; both approac 
then target quantification of levels of uncertainty for risks associated with a case study cont 
ll identify the most important areas of uncertainty and thus help to target data collection and 
nd future research activities to reduce uncertainty. the second issue is that action on health  
elative costs and benefits of different policy options. the project will generate information o 
 provide a baseline analysis from which policy debate can be initiated. the overall aim of this 
h posed by contaminated land. 2. assess uncertainty associated with determining health impacts  
minated land and undertake quantitative uncertainty analysis for four case study contaminants.  
inated land, including likely levels of uncertainty. 4. for four case study contaminants, compa 
11163 2 ment must also proceed alongside proper management of the natural environment. without this, th 
ity of the current form of agricultural management. we will meet with academics, agencies and r 
12537 1 ues for ensuring consistency, capturing uncertainty, mapping endangered areas and summarising r 
12572 3 ey customer purpose advise defra, other management authorities and stakeholders in england and  
takeholders in england and wales on the management of migratory salmonid stocks and the species 
tion of potential conflicts between the management plans for different fish species and to advi 
14641 1 f rabbit populations. and 4. to propose management strategies which enable the effective recove 
1982 2 n experiments on silk production. these trade-offs will be studied in more detail by investigat 
imental system, focusing on the role of trade-offs and in particular its physiological basis, a 
11493 2 oned confusion effect , and a trainable decision making network that interprets the cognitive m 
at ameliorates predator confusion. this decision-making unit is trained using a process similar 
11795 2 oned confusion effect , and a trainable decision making network that interprets the cognitive m 
at ameliorates predator confusion. this decision-making unit is trained using a process similar 
9945 1 in the future and furthermore implement management strategies to protect the fundamentals of th 
13884 1 modelling to provide a tool for finding landscape management strategies which preserve biodiver 
1937 1 . 150 increasing species national flora monitoring programs.  
2069 1  the project extends beyond the current risk assessment of transgenes, which is focused primari 
12167 1 recommendations for future research and policy we will use the information derived from objecti 
12562 4 e; refine the hazard identification and assessment tools, to aid managers in assessing the risk 
 aid managers in assessing the risks of management options and prioritising actions; and evalua 
 ecosystem function so as to inform the risk assessment process. key customer purpose: analyse  
ted diseases. and, assess the impact of management initiatives, and the species’ response to en 
14927 1               according to the european water framework directive, the evaluation of the ecolog 
2190 6 biodiversity considerations in physical planning, environmental impact assessments . the projec 
ation of biodiversity considerations in planning and decision-making. the areas of interest for 
iversity considerations in planning and decision-making. the areas of interest for the study ar 
 be applied on the present state and on planning scenarios in the form of regional planning sce 
nning scenarios in the form of regional planning scenarios, comprehensive municipal plans and p 
ad projects. in this way a quantitative assessment of biodiversity values on a landscape level  
14518 5 all game species. consequently, farming management models aimed to reduce those negative effect 
bout hunting pressure, farming and game management systems, and identity and abundance of agroc 
on, toxicology, and hunting and farming management, we may obtain a first approach to the knowl 
 to design future strategies in farming management that may optimise the relationships between  
hips between farming productivity, game management and biodiversity conservation.  
12424 4  and essential information required for impact assessment in the short, medium and long-terms;  
ise, resources, networks and logistical planning that are required to achieve prompt and effect 
equired to achieve prompt and effective impact assessment and monitoring are not formally in pl 
mpt and effective impact assessment and monitoring are not formally in place.  
2211 5 ting the prerequisites for establishing management systems that are able to respond to the dyna 
follows: • identify what is typical for management systems that are found to be adaptive and cl 
ity the institutional prerequisites for adaptive management of fish and wildlife • explore to w 
mporary institutional framework for the management of swedish fish and wildlife populations. •  
ife populations. • suggest how existing management systems may be refined to become more adapti 
13869 1 g an increasingly used conservation and management tool aiming to restore stand structure and c 
453 1 ches will make it possible to produce a management plan for the studied areas. the status of th 
461 3  have been developed and bring on a new economic value to seabirds. but non-regulated exploitat 
oaching, with no method for sustainable management. others yet are the basis of a thought-out e 
e the creation of a plan for integrated management and preservation of seabirds on a regional s 
13837 1 and reference concepts for near-natural management and ecological studies of biodiversity. howe 
2105 3 e is of vital interest for forestry and environmental policy in norway, and it is important to  
o analyze the climate change impacts on forest management, carbon sequestration, and income/emp 
t in the forest sector. s4: analyze the uncertainty in the results with particular emphasis on  
12178 3 determine their most appropriate future management. the audience for the dvd will be farmers an 
e the key role that farmers play in the management of the countryside to deliver wildlife and l 
 resources they currently devote to the management of hedgerows. this will be placed within the 
10755 1 rctic peninsula not subject to detailed monitoring. for these areas, we will use existing meteo 
7563 1 ompatibilities in their approach to the management and conservation of rg. this should allow to 
12160 1 nt programme manager for the grasslands assessment unit and its constituent projects.  
12161 1 as programme adviser for the grasslands assessment unit and its constituent projects.  
12560 5 despread adoption of site specific weed management management approaches, and also with the req 
option of site specific weed management management approaches, and also with the requirements o 
, and also with the requirements of the water framework directive to reduce levels of pesticide 
r bodies. the greater precision of weed management offered by sswm is therefore a key element i 
e farming systems for the future, where policy makers and consumers want to minimise pesticide  
7683 4  attention will be borne to the non-use valuation. to this end, work will be carried out by env 
des. this project will also look at the decision-making process towards management of coral ree 
 at the decision-making process towards management of coral reef ecosystems. research will ther 
 at how to better reconnect science and policy with regards to two specific points: the message 
2076 9 ogical diversity is defined in the 1992 convention on biological diversity. the definition of b 
nts such as the rio declaration and the convention on biological diversity. these international 
d processes recognize the importance of ecosystem management and establish obligations for cons 
s the global obligations concerning the management and conservation of the marine biodiversity. 
 law of the sea convention and the 1992 convention on biological diversity and international fi 
bligations of the states concerning the management of the marine biological diversity. the proj 
ements concerning fishing, regulate the management and conservation of the marine biodiversity. 
 examine how the obligations concerning fisheries management and management of biological diver 
ons concerning fisheries management and management of biological diversity are implemented on a 
11145 1  development of optimum and sustainable natural resource management strategies for soil system  
12189 6 ne. in the uk, and elsewhere in the eu, agri-environment schemes have great potential to contri 
protect natural resources. the range of management options under environmental stewardship may  
f environmental stewardship and similar land management activities on services from a variety o 
onsidering issues such as practicality, policy needs and cost, we will produce a set of ‘option 
well-developed models of the effects of land management on processes such as carbon storage and 
s will inform environmental stewardship policy and will greatly enhance our knowledge of how to 
12491 2 ent levels of uptake for each of the es management options; to make recommendations on how the  
 which it would be possible to place an economic value on the ecoystem services delivered throu 
12360 2  reasonably requested to facilitate the management of the response to the grounding of the msc  
the msc napoli in lyme bay, in terms of monitoring and/or mitigating the environmental impact.  
15451 2 mage of the water quality. 3 succession assessment of the pseudomonas populations in the coloni 
ased on the mass spectrometric analysis risk assessment of the bacteriological water quality fo 
13811 1 heories of environmental psychology and landscape planning, and carried out in co-operation wit 
11183 3 al carbon storage call. quantifying and monitoring potential ecosystem impacts of geological ca 
cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
1099 1 c combinations between genetic type and management, maintaining an historical and cultural link 
10061 1 at provide flood predictions and inform environmental management decisions. all data and output 
11074 1 at provide flood predictions and inform environmental management decisions. all data and output 
11867 1 at provide flood predictions and inform environmental management decisions. all data and output 
9858 3  climate change adaptation, air quality management, environmental performance of buildings, aes 
dings, aesthetic/recreational value, to economic value through local food growing and public he 
rently a lack of formalised guidance or policy provision, particularly in the uk, due in part t 
2016 4 osion in public acceptance of expensive environmental management actions. one should realize th 
ately be a basis for environmental risk management. firstly by underpinning environmental crite 
d biology. secondly by exploring active management measures in order to challenge water-quality 
 to show the effectiveness of expensive environmental management options.  
10166 2 cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
10215 3 al carbon storage call. quantifying and monitoring potential ecosystem impacts of geological ca 
cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
10415 2 cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
10671 2 cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
10931 3 al carbon storage call. quantifying and monitoring potential ecosystem impacts of geological ca 
cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
11719 3 al carbon storage call. quantifying and monitoring potential ecosystem impacts of geological ca 
cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
11182 2 cenarios and we will assess a number of monitoring methods. the project will also investigate t 
rk will be a recommendation of the best monitoring strategy to ensure the early detection of le 
10319 1 s in addition to practical conservation management experience in central africa. the interdisci 
11850 4 n health, biodiversity conservation and environmental policy. we are in the midst of an extinct 
 importantly we know very little of the economic value of nature. many people declare a love fo 
motional health benefits are ignored by policy makers. the relationships between human physical 
topical and of potentially far-reaching policy relevance. when environmental problems are quant 
12169 2                                 current agri-environment schemes are central to meeting the gov 
njunction with those from the wider els monitoring project, will inform the development and imp 
2148 4                                         management of atlantic salmon is moving towards using m 
atlantic salmon is moving towards using management targets . furthermore, we will assess the ac 
will assess the acceptance of different management measures among anglers, commercial fishermen 
nd societal part of the project to give management advices that take both aspects into account. 
15572 1  outputs of race will be used to advise policy on an international level by involving partners  
12356 1  dredged material, subject to continued monitoring and under the condition that coarse items of 
12429 1 nyon mp, and is being led by the marine management organisation .evidence gaps – to advise the  
12420 3 y the more effective approaches for the assessment of human activities in the marine environmen 
to activity modules, each to deliver: a assessment techniques, methodologies and approaches to  
the project is relevant to defra msed's policy responsibilities for managing and advising on th 
15199 1 ion are key aspects in conservation and management studies of threatened aquatic animal species 
12328 2 2003 following recommendations from the policy commission on the future of farming and food to  
farmers to deliver simple but effective environmental management across a wide area, and to tes 
13348 1 ocesses; iv integrated modelling; and v adaptive management.  
15587 6 n, and their prediction hazardous. this uncertainty lies largely in the poor knowledge of resil 
ty of the entire system coupled through land management decisions and ecosystem services. regar 
anging climate, including extremes, and management on grassland ecosystems 2 how does coupled a 
nses to combined changes in climate and management 3 how do landscape structures enhance or dec 
of ecosystem services 4 can multi-level governance structures facilitate fast adaptation to soc 
ess of the human-environment system and governance structures will be defined with key local an 
2012 1 e consequences for the conservation and management of benthic ecosystems, and our understanding 
13795 2 ral conflicts will be given, addressing ecosystem-based management options for eutrophication a 
 these analyses will be used to suggest governance structures on a national, baltic sea countri 
7462 1 n soil attribute data; 5 validation and uncertainty propagation analysis; 6 dedicated applicati 
7416 1 ecome widespread after several years of monitoring.  
10655 2  potentially serious illness may occur. monitoring programs of phytoplankton and shellfish fles 
op to integrate scientists, regulators, monitoring agencies and industry representatives with e 
11583 2  potentially serious illness may occur. monitoring programs of phytoplankton and shellfish fles 
op to integrate scientists, regulators, monitoring agencies and industry representatives with e 
193 13 identifying deficiencies in sustainable management of fish resources and at the same time manag 
 of fish resources and at the same time management strategies for sustaining the well-being of  
gling is unknown; therefore, the proper assessment of fish stocks is hindered. as local fishing 
ng l. peipsi basin is vulnerable to any fisheries management regulations, next to technocratic  
opment need to be taken into account in management decisions. though, the state of fish stock,  
anding the possibilities for mitigating fisheries management problems among different stakehold 
lanned study will innovatively approach fisheries management problems integrating social and en 
 and to assess the impact of fisheries’ management strategies on livelihoods of local people an 
ion for participating in fish resources management. fishing pressure of wintertime angling on t 
 related activities and their access to management decisions will be identified. transboundary  
o-economic implications, and legitimate fisheries management affected by local knowledge on its 
port for national implementation of the water framework directive and european common fisheries 
directive and european common fisheries policy as well as can be exploited in protecting estoni 
10275 1  nerc, we have completed three years of monitoring b. dendrobatidis and chytridiomycosis across 
11303 1  nerc, we have completed three years of monitoring b. dendrobatidis and chytridiomycosis across 
162 2  soil biota caused by ceased economical management and overgrowing with brushwood of abandoned  
 give the basis for better conservation management of the species.  
13460 1 f future fish- and aquatic biodiversity management and research, especially invasive species su 
14364 1 physical sediment properties - accuracy assessment and improvement of supervised and unsupervis 
11859 5 use novel remote sensing techniques for monitoring raised bog structure, and thus, hydrological 
has obvious advantages over field-based monitoring techniques because raised bog surfaces are o 
sing, this offers a repeatable means of monitoring and managing these habitats. an important ra 
used as the test-bed for a suite of new monitoring and modelling approaches. wedholme flow has  
e a means of rigorously and efficiently monitoring global wetland resources.  
14365 2  high resolution remote sensing data; - monitoring of forest-cover change and degradation; - ma 
pply an optimal preprocessing chain for monitoring forest cover change and ecosystem services,  
12753 1 e expansion of the ieep approach to the assessment of the other six protected land uses specifi 
12415 2  need for an improved evidence base for assessment of eutrophication required to meet a range o 
ion required to meet a range of current policy drivers including; ospar, the urban waste water  
13759 2 oastal ecosystems, and that ecology and management therefore must be scaled up. in this project 
e relationships, and ultimately produce management guidelines to increase resilience of europea 
13828 1  resilience is the basis for developing management strategies for maintaining biodiversity the  
10256 1 routes are favoured. we will do this by monitoring the prevalence of lethal and covert infectio 
11267 1 routes are favoured. we will do this by monitoring the prevalence of lethal and covert infectio 
2529 2 rrent modelling tools for environmental risk assessment of offshore oil drilling activities. st 
wledge is vital in developing effective management strategies to mitigate environmental and eco 
15442 1  relevant insights for conservation and management decisions aimed at preventing or mitigating  
7207 1 alysis and spatial modeling. simulation landscape management scenarios and crop protection  
11500 3 is has economic implications for carbon markets and mined-land rehabilitation.the proposed rese 
tions to inform sustainable restoration management of brigalow forests. generally, the project  
ill present a genetic model of thinning management, which is novel in restoration ecology. the  
15357 1 in the field of restoration ecology and forest management.  
12199 6 e adjacent land and changes in hedgerow management practices. hedgerows are designated as a pri 
r the uk biodiversity action plan, with policy targets that include reversing the decline in th 
 single payment scheme and field margin management under agri-environment schemes will help to  
cheme and field margin management under agri-environment schemes will help to achieve this but  
ctical application for setting hedgerow management objectives to assist the process of meeting  
nd soil properties, the effect of hedge management on these flora and vegetation restoration te 
12192 2 ur or may be restored; past and present land management practices of existing and restored habi 
ils of initial targeting and subsequent management techniques . based on the results from the r 
7615 1 6th biodiversity extinction crisis. the convention on biological diversity and sees many player 
13877 3 yze questions connected to biodiversity monitoring and forest carbon sequestration potential. t 
-land simulator will become a practical landscape planning tool for predicting the effects of d 
g the effects of different scenarios of management and restoration.  
13928 6 s is that the dynamics of discontinuous management at different temporal and spatial scales is  
 species groups favoured by traditional management, succession, and old growth forest, to coexi 
 various temporal frequencies of ceased management will be captured by a systematic overview of 
 the spatial distribution of the ceased management on a local and regional scale will be assess 
scope of spatial distribution of ceased management will then be expanded to twenty sites distri 
will be frequency maps of discontinuous management and enables comparison with present distribu 
13531 6 s is that the dynamics of discontinuous management at different temporal and spatial scales ess 
 species groups favoured by traditional management succession and old growth forest, to coexist 
 various temporal frequencies of ceased management will be captured by systematic overview of t 
ars. the spatial distribution of ceased management on a local and regional scale will be assess 
e of the spatial distribution of ceased management will then be expanded to twenty sites distri 
will be frequency maps of discontinuous management and enables comparison with present distribu 
12589 3  biodiversity, water resources, surface water management, carbon storage and sequestration, and 
 policies and national guidance for the management, protection and enhancement of the peat reso 
rnment agencies in their development of policy in this area.  
12725 1 sive information is needed to enable an assessment to be made of the extent and nature of any p 
12152 4 f the influence of historic and current land management practices and legislation on blanket bo 
 on blanket bog and consider a range of management options to recreate ‘active blanket bog in f 
ill seek to take a holistic view of the management and restoration of this important habitat, r 
o help secure effective and sustainable management of blanket bogs for future generations.  
12350 1 nd to contribute to the eia and consent assessment process.  
12352 5             objectives sediment process monitoring work carried out on round 1 developments wil 
ts in order to make recommendations for monitoring of r2 developments. key customer purpose dti 
re the results of round 1 windfarm site monitoring to be reviewed so that lessons learned can b 
tained, and enhanced recommendations on monitoring requirements given, for round 2 offshore win 
dresses the results of sediment process monitoring only.  
12597 1 vide an independent, multi-disciplinary assessment of the framing of the key issues as well as  
12240 2 sease. crop rotation and its associated management practices generally disrupt the life cycles  
erable interest in, and development of, management practices that increase the diversity of veg 
7526 1                                    good management of genetic resources implies in particular v 
14198 1 mmendations will to improve sustainable management of deciduous forests on abandoned agricultur 
476 1  outputs of race will be used to advise policy on an international level by involving partners  
2202 2  of invasion are the most important for management and for developments of incentives to reduce 
the methodology for extrapolations, the uncertainty of the risk analysis will be larger than if 
7527 2 the future of their peoples in order to management optimal. . this study is part of the will of 
 capacity / reintroduction to develop a management program in the habitats concerned  
10216 1 ake dms. these data will enable a first assessment of grazing-induced production of dms in a tr 
10925 1 ake dms. these data will enable a first assessment of grazing-induced production of dms in a tr 
13822 1 sed upon a long-term spatially explicit monitoring program of four insect herbivores on a peren 
7640 1 velopment of environmental and resource management strategies have been implemented. in agricul 
529 4  effect on the latter. nevertheless new management methods show sources of reciprocal benefit b 
rgence between the aims of agricultural management and the preservation of biodiversity. the re 
elds but in charnel-houses. the initial management of this system consisted, as regards vulture 
logical approach on the impact that the management of charnel-houses would have on the vultures 
7116 4 expense of the latter. however, the new management measures may reveal sources of mutual benefi 
e in the field but on graves '. initial management of this system consists of guards vultures t 
hological approach of the impact of the management of graves on vultures prospecting methods, t 
egrate them to provide, in time, global management recommendations across different regions, bu 
7715 3 hem to certain compositions traits. the tradeoffs between features and services will be studied 
of criteria related to site effects and management constraints. a major project is expected to  
ct is expected to produce a tool to aid decision-making and guidelines for users. our research  
12760 3  impacts to agriculture and on possible management techniques to mitigate those impacts. the st 
search necessary to develop appropriate management strategies. the study will help inform futur 
gies. the study will help inform future policy development in respect of the species.  
13332 4 ting threats into a tangible factor for decision-making. rubicode will contribute to solving th 
s will be developed and used to explore management strategies and inform priorities for biodive 
 and inform priorities for biodiversity conservation policy. rubicode will also identify curren 
external experts, and stakeholders from policy and practice communities, to ensure the relevanc 
219 1 spective traits, and to detect possible trade-offs. optimality models involving different sets  
15046 1 ew tools to be applied on environmental assessment.  
10405 2 a video, an innovative way of targeting policy-makers and project developers, together with an  
sentations. electronic dissemination of policy briefs, targeted at an international audience, a 
12564 1 upport the conservation and sustainable management of salmon populations.  
7106 3  realization of the need to include the management of biodiversity in agricultural public actio 
um is on the"production of ideas". this valuation is register on the strategic environmental ma 
 valuation is register on the strategic environmental management  
2541 8  the project is to identify appropriate policy means for biodiversity protection in an interdis 
ect suggests a specific application for policy analysis of the nature index that illustrate how 
ne in a way that can be translated into environmental management strategies. these strategies w 
ibute to enhance the basis for adaptive planning by economic policy means, where adaptive plann 
basis for adaptive planning by economic policy means, where adaptive planning is understood as  
y economic policy means, where adaptive planning is understood as iterative implementation of p 
derstood as iterative implementation of policy means towards reaching a given policy objective  
f policy means towards reaching a given policy objective for biodiversity. the results will be  
2548 2 onsistencies are resolved and norwegian policy can promote the conservation and sustainable use 
oncepts. the effects on regulations and management practice in norway are assessed. finally, we 
13349 7  crucial that administrative levels and planning scales match the relevant biological scales. t 
project will provide the scientific and policy research needed to guide scale-dependent managem 
esearch needed to guide scale-dependent management actions. it will assess and model the scalin 
cosystem functions. to facilitate these assessment methods for upscaling and downscaling biodiv 
l further evaluate the effectiveness of management and policy responses to biodiversity loss in 
ate the effectiveness of management and policy responses to biodiversity loss in terms of their 
finally, a resulting methodological and policy framework for enhancing the effectiveness of eur 
7478 10 ivity between biodiversity research and policy making. although conservation and the sustainabl 
recedented challenges regarding science-policy interfaces. the project proposes state of the ar 
t interdisciplinary research on science-policy interfaces for sustainability governance at the  
ce-policy interfaces for sustainability governance at the theoretical, methodological and pract 
iodiversity research and sustainability policy. the project will also provide an opportunity fo 
tunity for the main actual or potential policy actors and stakeholders in biodiversity science- 
nd stakeholders in biodiversity science-policy interfaces to learn, share experiences and netwo 
s, networking opportunities, handbooks, policy briefs, targeted synthetic reports, an internet  
te. overall this will allow scientists, policy-makers and other stakeholders to capitalise on a 
se on a better understanding of science-policy interfaces and implement better practices.  
12426 2 ortunity to assess current reserach and monitoring many need to be adapted to meet requirements 
ments; by bringing together experts and policy makers. key customer purpose: the marine strateg 
12064 2                the millennium ecosystem assessment . as a result, the scientific community, dec 
nd to collaborate on the development of adaptive management strategies.  
12584 6 dicators consortium to develop a set of policy relevant and scientifically robust indicators of 
ogical indicator to national-scale soil monitoring; the robustness of the different type of inf 
tion of each indicator in a large-scale monitoring scheme and the relative value of the indicat 
ical indicators for national-scale soil monitoring and for other policy-related soil issues. th 
nal-scale soil monitoring and for other policy-related soil issues. the information will also b 
community since it will a comprehensive assessment of ecologically-relevant components of the s 
12708 1 d taking account of up-to-date evolving policy perspectives in these sectors and on issues of e 
12183 4 n these fields and will also include an assessment of the extent, causes and also potential rem 
onmental stewardship contain a range of management options for grassland farmers. in many insta 
particular option are obliged to follow management prescriptions that may influence the extent  
nergies and conflicts between good soil management and the environmental stewardship scheme. pr 
12180 5 tions are available to farmers to amend land management practices in order to protect resources 
oil erosion. in order to assess whether agri-environment schemes are beneficial overall an unde 
itigation options. 5. identify areas of uncertainty in the knowledge base and recommend actions 
 could be used to predict the impact of land management practices associated with agri-environm 
nd management practices associated with agri-environment schemes on nutrient losses in relation 
12188 6 ation and adaptation, by supporting the land management practices which deliver these benefits. 
nd hefted flocks. it is intended that a monitoring programme will be carried out to assess the  
scheme uptake, and outcomes in terms of management changes, environmental deliverables, farmer  
tudy to develop a specification for the monitoring programme, including the establishment of a  
ill be held at which each aspect of the monitoring programme will be examined in turn, and pote 
get environmental variables. a range of monitoring approaches, from remote, indirect to on the  
12488 1 al benefits of undertaking an ecosystem assessment for england.  
14622 2 ing and disinfection as well as regular monitoring of the physic-chemical parameters and microb 
mination of the water. however, monthly monitoring of the total heterotrophic plate count and l 
12289 1 ese projects deliver directly to defras policy objectives on water quality.  
13787 2 ill provide a scientific foundation for ecosystem-based management that will safeguard viable s 
n addition, this will be valuable for a management of ecosystems striving for maintaining the a 
2490 2           seapop is a new and long-term monitoring and mapping programme for norwegian seabirds 
e knowledge of seabirds for an improved management of this marine environment. the data analyse 
7466 7  crucial that administrative levels and planning scales match the relevant biological scales. t 
project will provide the scientific and policy research needed to guide scale-dependent managem 
esearch needed to guide scale-dependent management actions. it will assess and model the scalin 
cosystem functions. to facilitate these assessment methods for up-scaling and downscaling biodi 
l further evaluate the effectiveness of management and policy responses to biodiversity loss in 
ate the effectiveness of management and policy responses to biodiversity loss in terms of their 
finally, a resulting methodological and policy framework for enhancing the effectiveness of eur 
13949 2 ith eu requirements on common fisheries policy, sustainability and conservation will be vital f 
on will be vital for future sustainable management of the baltic sea.  
14226 1 ylogenetic lineages and species. we are planning to map the species distribution of clastobasis 
10515 2 as vertebrates. four years ago we began monitoring a population of field crickets in spanish me 
 we will dramatically improve our video monitoring and our ability to determine the relationshi 
9999 2 as vertebrates. four years ago we began monitoring a population of field crickets in a spanish  
 we will dramatically improve our video monitoring and our ability to determine the relationshi 
2021 1 f innovative strategies for sustainable management of ecosystems that are vulnerable to catastr 
10054 1   efforts to assess ecosystem health by monitoring performance indicators in free-living recept 
11582 1   efforts to assess ecosystem health by monitoring performance indicators in free-living recept 
10455 1  photographic surveys for environmental monitoring, sample collection for biodiversity studies  
13333 1 s and feedbacks to the world ocean. the assessment of ecosystem changes will be based on the id 
12191 10           background the signing of the convention on biological diversity by the uk government 
ly on low input agricultural practices. agri-environment schemes to evaluate both the existing  
mes to evaluate both the existing rapid assessment methodologies and the current definition of  
. from this review, a provisional rapid assessment methodology will be proposed. subsequent lit 
ular attributes used in the provisional assessment methodology. together with this, opinion wil 
ority grassland status. the provisional assessment methodology will be tested in the field usin 
selection of sites currently undergoing management for habitat restoration/creation in summer 2 
indicators for measuring the success of management, in particular allowing the monitoring of pr 
 management, in particular allowing the monitoring of progress within timescales appropriate to 
lue for grassland creation sites within agri-environment schemes.  
441 2 should be well adapted to the long-term monitoring of bacterial biodiversity. vertical changes  
is observatory will allow the long-term monitoring of microbial community structure. we also is 
11844 1 r to make decisions: these include town planning, search and rescue, construction and response  
180 1 into practice the requrements of the eu water framework directive. the students involved in thi 
15588 3 along a pan-european climatic gradient. assessment of resilience status and regionally differen 
ce status and regionally differentiated policy decision support. rationale: studying the effect 
signal will intensely serve the science-policy interface by delivering timely, highly relevant  
2129 1 how learning affects discrimination and decision-making, as well as the interaction between lea 
13857 1  are few scientist experienced in algal monitoring. this project encourages phycological resear 
12668 3             the programme of site based monitoring aims to understand effects of climate change 
ide evidence in support of decision and policy making to mitigate adverse impacts. it involves  
f aspects of climate and pollution with assessment of biodiversity, such sensitive species, acr 
15580 2 re bidirectional feedback with european policy and international conventions related to biodive 
related to biodiversity and sustainable forest management.  
7055 2  nucleotide polymorphisms of j. curcas. assessment of haplotype diversity detected through ecot 
tants. search for allelic diversity and assessment of ecotiling and tilling as methods to disco 
13334 10 odiversity and ensuring the sustainable management of ecosystems requires insight into the soci 
 of social research on biodiversity and ecosystem management, or of a coordinated international 
s concerning ecosystem and biodiversity management. despite this obvious potential to support a 
ctiveness of ecosystem and biodiversity management, social research is not yet commonly integra 
ment and implementation of biodiversity policy. many biodiversity policy makers have educationa 
 biodiversity policy. many biodiversity policy makers have educational and professional backgro 
l context of ecosystem and biodiversity management into policy tools, such as models. involving 
system and biodiversity management into policy tools, such as models. involving leading researc 
ant social research contributing to the management of biodiversity and ecosystems, and especial 
ved by providing an overview, assessing policy, identifying priority needs and stimulating new  
12335 1 nomic data could be integrated into the planning of uk marine conservation zone network. this w 
14174 3                         soil biota , by management of land-use and by working out conservation  
working out conservation strategies. by planning the management and restoration projects on flo 
onservation strategies. by planning the management and restoration projects on flooded meadows  
12620 4 g carbon as a result of past changes in land management. this project is concerned with measure 
 soil carbon and how it may change with management practices and climatic factors. the sub-proj 
ts of future changes in our climate and land management practices on soil carbon and greenhouse 
il carbon will be standardised for soil monitoring schemes in the future.  
227 2 lity of those soils. however, intensive management of grasslands, such repeated cutting, high f 
ng the soil properties during intensive management, in which load the pores continue still to f 
7477 2  developed from life cycle and economic assessment methodologies for natural resources. a key c 
 stakeholders involved in the practical management of land, and will draw strongly on the advic 
12605 4 non-deterministic approach to influence land management practices that enables land-managers an 
r the implications for them of changing management of organic matter within their enterprise. 2 
t the impact of changes in land use and management on soc within catchments defined under the n 
at: http://www.gya.co.uk/index.cfm/page/management_objectives.htm  
11246 1  million years. according to the latest assessment of the intergovernmental panel on climate ch 
464 4 e problem to resolve is the sustainable management of the environment in two regions of the isl 
y, and spatial images to facilitate the decision-making concerning local development. in madaga 
elopment plans that include sustainable management of the environment. nonetheless, little scie 
tioning of ecosystems to facilitate the decision-making for the elaboration of a development pl 
7223 4 e the problems here are the sustainable management of the environment in two regions of the ind 
elopment plans that include sustainable environmental management. gold, little scientific infor 
 ecological mechanisms and the existing management plans do not take into account partial data. 
pport decisions in the development of a management plan. we chose a study area in madagascar. d 
15263 1  little bustard . - continuing with the monitoring of little bustard population parameters, par 
12447 2  specific advice to defra regarding the management of scallop stocks, in particular with refere 
in particular with reference to spatial management plans, through a greater understanding of th 
2146 1  will have important value for managers planning habitat restoration projects in other more ant 
13559 1 f no-take areas as a means for wildlife management in tropical forests. the effects of two no-t 
15016 1 ort, cebce project aims is to integrate assessment methodologies that address multiple scales o 
12446 4  for providing better quality advice on management of crab stocks. key customer purpose: develo 
ty of advice to defra on the status and management of crab stocks through a better understandin 
e english channel. these underpin stock assessment and determine the spatial scales at which ma 
d determine the spatial scales at which management measures are likely to be appropriate and ef 
2113 1 ial distribution of a species with high economic value - the moose. continuous habitat distribu 
2207 11   our aim is to evaluate to what degree management of wildlife, especially harvest, in the fore 
amics. related uncertainties of spatial management will theoretically be addressed in modeling  
edish hunters´ association for wildlife management in five swedish areas. cpue could be an impo 
rtant tool for local hunters in spatial management systems. as a joint-effort with the other te 
e other terrestrial projects impact and monitoring we aim to develop a system that can exert ad 
m that can exert additional control via monitoring of the harvest and catch-per-unit effort. ou 
grated with the project modeling tools, monitoring impact and values and welfare with which we  
ermine the appropriate spatial level of management for wildlife. species – specific pros and co 
erest. • develop guidelines for spatial management with special references to active management 
ement with special references to active management e.g. population control including harvest an 
ize. • evaluate the appropriate size of management areas for wildlife with special reference to 
14684 2 dynamic maps of processes, suitable for management practices. the study will include the specie 
ll be use to elaborate conservation and management plans for the dune system and for endangered 
2128 1 possible changes in import routines and forest management that may reduce the spread and establ 
13758 1 iation, and are vital to the successful management of biodiversity. the natural scarcity of hyb 
15222 1 feribility to perform a habitat quality assessment for reptiles. 6. with the conclusions derive 
13574 1 pective. strategies for the sustainable management of species-diverse grasslands need to be bas 
2503 1 ion, we plan to perform an evolutionary assessment of how harvesting pressure and particular re 
13351 10 ivity between biodiversity research and policy making. although conservation and the sustainabl 
recedented challenges regarding science-policy interfaces. the project proposes state of the ar 
t interdisciplinary research on science-policy interfaces for sustainability governance at the  
ce-policy interfaces for sustainability governance at the theoretical, methodological and pract 
iodiversity research and sustainability policy. the project will also provide an opportunity fo 
tunity for the main actual or potential policy actors and stakeholders in biodiversity science- 
nd stakeholders in biodiversity science-policy interfaces to learn, share experiences and netwo 
s, networking opportunities, handbooks, policy briefs, targeted synthetic reports, an internet  
te. overall this will allow scientists, policy-makers and other stakeholders to capitalise on a 
se on a better understanding of science-policy interfaces and implement better practices.  
12567 3  on freshwater ecosystems and to advise policy customers on the implications for fish stocks an 
ssist in making decisions regarding the management of angling practices and the conservation of 
 also support the implementation of the water framework directive through an understanding of t 
12349 1  on suitable benthic biological effects monitoring strategies for offshore windfarms. key custo 
11778 7 ion the challenge facing regulators and policy makers lies in understanding the links between p 
lies in understanding the links between policy, eu directives and regulation and the actual env 
 little we know about the links between environmental policy measures and their actual impact i 
e impact of environmental measures thus risk assessment becomes a key driver of regulation, wit 
explicitly accounting for variation and uncertainty. many factors, including climate change, in 
nmental signal making the effect of the policy and the magnitude of trend difficult to disentan 
 environment receives the best possible management for future generations.  
7317 3 ay the groundwork for future pollinator monitoring programmes. we will also assess the relative 
ge. we will integrate our findings in a policy-relevant framework, creating evidence-based deci 
ers across europe and beyond, including policy makers, beekeepers, farmers, academics and the g 
13352 3 ay the groundwork for future pollinator monitoring programmes. we will also assess the relative 
ge. we will integrate our findings in a policy-relevant framework, creating evidence-based deci 
ers across europe and beyond, including policy makers, beekeepers, farmers, academics and the g 
12357 3 ind farm in the uk have been subject to monitoring reports. this project aims to collate and st 
scribing the key findings from the fepa monitoring, lessons learned and recommendations for fut 
 learned and recommendations for future monitoring. key customer purpose it is important to gai 
12422 3 tatus ges descriptor to form an overall assessment of ges, taking account of variations in outc 
ariations in outcomes due to changes in monitoring scales and different levels of uncertainty.  
nitoring scales and different levels of uncertainty. key customer purpose: the marine strategy  
15368 1 fundamental tools for animal population management with special relevance in the case of threat 
11090 1 research aims to clarify these areas of uncertainty by investigating the production of ros in r 
12250 4 ect is to: define strategies to exploit risk assessment, genetic resistance and natural defence 
 use of natural assets. disease and its management affects the use of resources – energy, water 
s and advocate sustainable disease risk management strategies which avoid waste of resources. t 
 provide evidence and advice to support policy decisions. the resulting specific benefits to co 
10803 3 ting modelling work to develop a hazard assessment tool to identify likely water bodies that ma 
e to the toxins is addressed along with cost-benefit analysis of monitoring for toxic blooms.  
sed along with cost-benefit analysis of monitoring for toxic blooms.  
11241 3 ting modelling work to develop a hazard assessment tool to identify likely water bodies that ma 
e to the toxins is addressed along with cost-benefit analysis of monitoring for toxic blooms.  
sed along with cost-benefit analysis of monitoring for toxic blooms.  
11768 3 ting modelling work to develop a hazard assessment tool to identify likely water bodies that ma 
e to the toxins is addressed along with cost-benefit analysis of monitoring for toxic blooms.  
sed along with cost-benefit analysis of monitoring for toxic blooms.  
11851 3 ting modelling work to develop a hazard assessment tool to identify likely water bodies that ma 
e to the toxins is addressed along with cost-benefit analysis of monitoring for toxic blooms.  
sed along with cost-benefit analysis of monitoring for toxic blooms.  
11783 3 ting modelling work to develop a hazard assessment tool to identify likely water bodies that ma 
e to the toxins is addressed along with cost-benefit analysis of monitoring for toxic blooms.  
sed along with cost-benefit analysis of monitoring for toxic blooms.  
11641 2 eams worldwide. vegetated buffer strips assessment of simple vbs management strategies aiming t 
 buffer strips assessment of simple vbs management strategies aiming to encourage p retention a 
15253 1 ur results will help a more sustainable management of river flows in a region rich in fish ende 
11478 1  the project will therefore help inform management strategies, as well as significantly advanci 
10897 10 being. conventional decisions of public policy are taken without acknowledging the people-ecosy 
 poverty alleviation in dominant public policy is limited. growing societal pressures and the a 
ific evidence like millennium ecosystem assessment have made decision-makers receptive to the r 
itiatives by the government of india on watershed management, national action plan on climate c 
 on climate change and desertification, assessment of wasteland, new forest policies, task forc 
can be made integral part of mainstream planning and policies need a more concerted and focusse 
rket does not account the benefits, the decision making tool chooses to ignore the benefits of  
. methodological development to support policy design; and 2. building capacity and demand. com 
state-of-the-art methods to support the decision-making process, facilitating the development o 
of toolkits , such as a toolkit for the valuation of regulating services, and decision support  
11847 1 report including scientific methods and policy recommendations based on the findings at the cas 
7121 3 r evolution in order to reason with the management of their diversity according to environmenta 
 response to abiotic gradients and farm management 4. spatial and temporal integration phenomen 
to landscape modeling 5. development of management support of indicators to measure and manage  
14915 1  allow them to take decisions on nature management based on solid and complete scientific infor 
15054 1 ewater treatment plants to quantify the uncertainty of measurement of these parameters that wou 
12628 1 depth, and the implications of this for uncertainty in our measurements. in summarizing our res 
12635 5 for defra relating to soil carbon, soil management, urban soils and soil resilience in relation 
nd soil quality indicators pertinent to policy reporting cycles discussed. the seven principal  
ective c: to review and make an initial assessment of the impacts of climate change on soils in 
nd and wales, and to provide an initial assessment of the extent to which resilience can be con 
 quality that can be reported on within policy reporting cycles. a concise summary that synthes 
7537 1 cies, and to provide reliable tools for monitoring and control for managers of farms and wild p 
7528 2 ntly considering whether to undertake a valuation approach to race. this project aims to identi 
ect aims to identify all the steps of a valuation of a race program in chickens and compared be 
7628 3 opriateness of the use of integrate for monitoring the quality of water that envisages the deve 
mediable consequences. surveillance and monitoring of water quality are hot topics. monitoring  
toring of water quality are hot topics. monitoring of aquatic environments currently focused pr 
7505 1  region with an undeniable heritage and economic value. it appears as a resource or a windfall, 
12501 1 n local development plans or subject to planning applications. the full diversity of sites, bot 
14838 1  altogether will help to apply suitable management measures for the conservation of the species 
7504 1 order to develop an effective method of management of primary triticale. these allow enlargemen 
7521 1  hence the need for effective tools for monitoring hybridization to describe the genetic struct 
12505 1                                      an assessment of the character of greens based on a semi-r 
7394 2  we wish to reconsider the role of farm management and its complementarities with other modes o 
s complementarities with other modes of management  
7377 1               c. complementary modes of management and conservation devices: study the maintena 
15031 1 ese species has extended to air quality monitoring networks in dozens of countries throughout t 
7431 1  biodiversity, 3. establish a permanent monitoring of marine biodiversity in north -calais regi 
14368 1  the potentials of rs for environmental monitoring at organizations which have not been using s 
12546 5 in research priorities for plant health policy and operations are: a development of management  
cy and operations are: a development of management approaches exist, or are under preparation,  
aim of this project is to better inform risk assessment and risk management approaches for the  
 better inform risk assessment and risk management approaches for the specific emerging pests o 
above and to develop or strengthen risk management methods for soil phases of invertebrate pest 
10010 1 study and for application in population management. the student will benefit from the case part 
7713 2 daume project analyzes the new forms of governance and management of peri-urban territories in  
nalyzes the new forms of governance and management of peri-urban territories in the perspective 
7482 1 ts in order to formulate strategies and policy to meet the needs of both biodiversity and livel 
7555 1 project is to contribute to sustainable management of susceptibility alleles of two lepidoptera 
12766 1  and recommendations for a strategy for management of urban deer populations and how this could 
14474 4 data, and will be used as a sustainable management tool. we will also consider the hunting pres 
ish the optimal hunting quotas for wise management of the game resources. these models will als 
se key aspects will be used to optimise management strategies following conservation of this re 
ally be relevant for exporting wildlife management strategies to another regions of the valenci 
13813 2 ologically and economically sustainable management of lichen-rich continuity forests. the focal 
artial harvest is analysed using forest planning models. the design is based on partial harvest 
12164 2 elopment at the end of bd1456, in 2007. monitoring the treatment plots over a further three yea 
estock from unimproved meadows make the management of such meadows unattractive to farmers. evi 
11688 3  become engaged and benefit, on how the management of the mangrove resource works and on how th 
rs and politicians. full estimations of economic value for individual sites can be difficult an 
t and ngos when developing projects and policy. it is essential that developing countries have  
10943 1 e, and may lead to a major ibama-funded management programme of fragmented landscapes.  
12139 2 ogically-based approach for control and management of microbial bioinvasions in order to preven 
put analysis system will be created for monitoring and forecasting development of the p. minimu 
12732 1 cientific basis and the relatively high transaction costs. the aim of this competition is to de 
13850 1 a will be used to provide a preliminary assessment of the vulnerability of the swedish biostere 
13803 1 f great significance for the knowledge, monitoring and conservation of swedish biodiversity, an 
7524 1  of wild rabbits and will be a tool for management of the species taking into account the role  
14765 1 logical index will be a useful tool for management agencies.  
11623 1 marine coastal and offshore surveys and monitoring programmes which require routine taxonomic i 
14890 1 oindicator in environmental studies for monitoring marine ecosystems.  
12158 2  twofold: to develop and test practical management prescriptions to enhance the establishment o 
stablishment of these species under the agri-environment schemes.  
1102 1 l expertise through the realisation and management of a high throughput genomics facility, spec 
11148 3 o maximise the benefits they gain. such trade-offs are central to our understanding of the evol 
of investing in one area, to understand trade-offs we also need to know the associated cost. un 
of alternative investments, and mediate trade-offs between areas of investment, or across the l 
2165 5 in rivers and lakes in line with the eu water framework directive. the project will build upon  
enthic fauna and fish. existing and new monitoring data will be compiled and analysed, includin 
otential thresholds and to quantify the uncertainty in the response curves of the indicators al 
assification of water bodies, including uncertainty estimates and correlation with low-cost mon 
estimates and correlation with low-cost monitoring methods.  
15573 1 nd for comparing different scenarios of landscape management. the project will deliver recommen 
14785 1  for a more intelligent and sustainable environmental management.  
7704 1 ture, which is actually the main device valuation of scientific knowledge produced by the proje 
13353 6                        tess will assist policy makers to integrate knowledge from the eu, natio 
onal, regional and local level into the decision making process while also encouraging local pe 
ystem will be designed, linking central policy planning to local livelihoods. to develop this s 
ill be designed, linking central policy planning to local livelihoods. to develop this system,  
rch the needs and capacities of central policy makers and local actors, identify paths and traj 
emented by a set of brief and memorable policy guidelines to ensure its usefulness and enable i 
10806 1 nisation so that the use of evidence in decision making becomes standard practice this proposal 
6892 1 hand between different cultures. we are planning to study how long the line of origin of the sa 
7432 1 ld provide the region of thought on its policy of setting up regional nature reserves.  
10585 1 plications, yet the factors influencing decision-making are not understood. this project will i 
14464 3 ection agency, local fishermen and fish markets. measurement of the physical and chemical envir 
ted preventive measures for control and monitoring of the effect of the invasive fish species,  
ology; supporting of the local national policy for protection and restoration of the environmen 
12448 1 h in order to develop new approaches to fisheries management and conservation strategies.  
12509 2 the overall objective is to improve the management of difficult-to-control perennial weeds in o 
c field vegetable production - baseline monitoring of systems with different fertility building 
12625 2  of strengthening the evidence base for policy development. brook lyndhurst has a wealth of exp 
performance and the challenges faced by policy makers in helping them to do that.  
10535 2 non-detection surveys. these survey and monitoring methods are being developed under the tigers 
genetic samples, will inform changes in management practice for the longer-term persistence of  
12238 1 .provides supporting advice on nutrient management. iii.provides supporting technical informati 
174 1 nland. the results will provide optimal management instructions for the studied rare and protec 
10600 1 il site , to assess the effects of soil management practices on their community structure, and  
11481 1 gy and also is directly relevant to the management of biodiversity.  
10503 1  in particular the effect of changes in land management scenarios and new farming systems on ag 
10505 1  in particular the effect of changes in land management scenarios and new farming systems on ag 
10691 1  in particular the effect of changes in land management scenarios and new farming systems on ag 
11002 1  in particular the effect of changes in land management scenarios and new farming systems on ag 
2034 5                 the scientific basis of fisheries management is often restricted to a biologica 
sh stocks. this narrow focus has led to management strategies that ignore the dynamic responses 
n to changes in stocks or in changes to management itself § economic factors § responses of fis 
rs § responses of fishermen to specific management regulations such as changes in the tacs, the 
in the tacs, the introduction of the co-management system and technical regulations such as the 
14465 1  are biological quality elements of the water framework directive .  
12748 2 tions for uk international biodiversity policy and highlight areas where the uk can contribute  
e the uk can contribute towards primary valuation of key biomes highlighted by teeb2.  
11683 1 rent study aims to address some of this uncertainty by studying a specific aspect of unexplaine 
15141 3 helpful guidelines for conservation and management. they can be used to assess ecosystem or env 
orphae is exceptionally well-suited for monitoring conservation status of terrestrial ecosystem 
arch will be relevant for conservation, management, and sustainable use of natural landscapes i 
13595 1  in terms of credibility as guidance to management. finally, the performance of alternative fis 
6951 3 e ecological basis for the nature based forest management and forest conservation management, a 
rest management and forest conservation management, and establish long term dynamical studies.  
in the framework of this project we are planning to continue the field inventory of some import 
13450 5 their future persistence will depend on management. at present, the lack of data connecting the 
amics in general, and of the effects of management in particular. in this project i will combin 
l combine ongoing long-term demographic monitoring with new field experiments to gain a compreh 
 scales. the project represents a first assessment of the integrated effects of several process 
rect applied value in terms of targeted management for the studied species.  
12587 3  uk climate change programme includes a policy commitment to examine the scope and feasibility  
ns from agriculture, forestry and other land management sectors. both reduced tillage and the r 
whether carbon sequestration by changed land management practice is both scientifically plausib 
2153 2 ore specifically, we will use long-term monitoring data on population dynamics and population s 
facilitate an evaluation of the ongoing monitoring in arctic ecosystems. by using information f 
12414 1 ining up on-going and planned sustained monitoring and would also provide operational efficienc 
2043 3 hanisms that can be employed to enforce fisheries management measures at sea. traditionally, en 
forcement of fisheries conservation and management measures by flag and non-flag states; · to c 
forcement of fisheries conservation and management measures.  
11407 1 y valuable resource for other projects, policy makers and practitioners. the opportunity to bri 
13606 1 nment. our results will be critical for management of the baltic sea.  
2508 2 ty, the project will facilitate ongoing management efforts of coastal waters specifically and o 
ance within existing administrative and management frameworks, both nationally and internationa 
10327 1  earth surface studies, engineering and environmental management, and interpretation of the anc 
6746 3 r some new water power plants are under planning in the near croatian which can change the whol 
cal vegetation and flora surveys we are planning some long term monitoring studies to reveal th 
 surveys we are planning some long term monitoring studies to reveal the impact of these power  
15340 2 nce in the measures of conservation and management of ecosystems of protected areas and in the  
cosystems of protected areas and in the valuation of his ecosistem services.  
10672 1 ant to marine conservation and resource management.  
11373 1 pecies is essential to their successful management and so the results of this project will be u 
195 1 ogical investigations and environmental monitoring to obtain a better understanding of the exac 
12407 1 ary user of this research will be defra policy team, to provide evidence for setting targets fo 
10698 1 s in the bottles. we will also set up a monitoring programme on cape verde, an island in the tr 
11316 1 s a corals susceptibility to disease by monitoring indicators of health, antimicrobial defences 
11689 1 s need to be protected, and whether the habitat management that is currently being applied is s 
11845 1 s need to be protected, and whether the habitat management that is currently being applied is s 
10321 1 broadly, they will enable a fundamental assessment of the quality of the fossil record. by quan 
12568 2 tions and to support the development of management options and conservation measures. the resea 
species on the prioritisation of future management decisions relating to the conservation and e 
10780 1 lp us understand how climate change and management will interact to influence abundance and dyn 
11307 1 lp us understand how climate change and management will interact to influence abundance and dyn 
11553 1 ed with certain types of pollutants and land management practices such as sewage sludge disposa 
175 2 s relationship can be reliably used for planning ecologically sustainable forestry. clear-cuts  
e, certification standards and forestry planning with the aspects of residual trees. the result 
12686 1 species, in the context of the emerging policy framework for tackling invasive non-native speci 
12249 3 s. overall this project addresses defra policy on the effect of sustainable farming systems and 
fect of sustainable farming systems and land management on biodiversity and soil protection, an 
n biodiversity and soil protection, and policy on climate change through studies of alternative 
12569 1 ons on the development of water quality monitoring programmes that will provide the data requir 
10050 10 es ecosystem users and managers to make trade-offs between these services and to intervene in t 
hese services and to intervene in their management, impacting on services gained. in addition,  
ned. in addition, ecosystem changes and natural resource management decisions link to wider env 
t decisions link to wider environmental governance frameworks. such tradeoffs, impacts and link 
vironmental governance frameworks. such tradeoffs, impacts and linkages are evident along the p 
the relationships between environmental governance, these services and human wellbeing. informa 
 associated impact on society. finally, governance drivers which impact ecosystem services impo 
lbeing-ecosystem service information by management authorities is a major hindrance to the succ 
 is a major hindrance to the successful management of ecosystem services and the improvement of 
llbeing. by addressing natural resource governance, the project seeks to contribute to ecosyste 
13791 1 onse to environmental change is a major uncertainty, with a particularly poor understanding of  
10681 1                          uk acid waters monitoring network data show evidence of chemical and b 
13458 1 rom the yeast factory will be tested in monitoring baits and mating disruption dispensers and c 
14188 2 evelopment of prescriptions for disease management, including the development of a risk assessm 
agement, including the development of a risk assessment and preliminary advice to the public wh 
6963 2 of apricots known as hungaricum and its monitoring, assessment has been carried out for decades 
known as hungaricum and its monitoring, assessment has been carried out for decades in our inst 
12579 1                      the work addresses policy objectives of providing a sound scientific base  
12578 1               the work addresses defras policy objectives of providing a sound scientific base  
10888 2 planting. it is important that any such management maximises the ecological benefits of the for 
es any ecological damage - for example, management should ensure that below-ground carbon stock 
7282 1 ncentives that weigh on decisions about forest management, the mechanisms in place to ensure th 
11515 1 nd geochemical techniques, while we are monitoring changes in the microbial communities and the 
9862 1 nd geochemical techniques, while we are monitoring changes in the microbial communities and the 
2042 1 tial if we are to use such data for the management of species. correspondingly, in the absence  
2475 2 population dynamic models that underpin management. we will first establish phenotypic relation 
ts, we will evaluate the importance for management of skipped spawning and other life history c 
14673 2 rs have shown that mining is a || chr ||assessment and the management of protected areas.  
mining is a || chr ||assessment and the management of protected areas.  
14522 1 different degrees of specialization. 2. monitoring the diversity of trofic systems in parasitis 
12482 9 research partners led by the centre for environmental management to pilot area-wide sustainabil 
ement to pilot area-wide sustainability assessment using a stakeholder-led deliberative process 
osystem health or integrity, and in the assessment of policy options. the key drivers of ecosys 
 or integrity, and in the assessment of policy options. the key drivers of ecosystem change in  
those charged with the conservation and management of such resources. this makes it essential t 
etailed local information for practical planning and land management applications; •locally tes 
 information for practical planning and land management applications; •locally tested and agree 
and •a report to defra and key national policy-makers recommending how the value of an ecosyste 
 of an ecosystem approach to integrated decision making could be realized. to make to results a 
10317 1 o adapt and support effective advice to policy makers and managers of marine bioresources on th 
14205 1 ences in the host-range; 5 to perform a monitoring for sobemoviruses in estonia.  
2174 1 ck identities will be determined and an adaptive management plan with be created for this speci 
12674 2 nesco mechanisms to designate areas for management towards this end – world heritage site progr 
n the uk, so that their contribution to policy and practice within the uk may be assessed and i 
13463 2 rvation measures on diversity may guide policy decisions about how and when different managemen 
 decisions about how and when different management regimes should be implemented. ectomycorrhiz 
518 2 mit the apprehension of certain crucial governance stakes, since the long-term evolution of agr 
ined for present stakes that are public policy objectives in preparation. this approach might b 
11039 1 ermine this in order to underpin future management of bioenergy cropping systems and to accurat 
10035 1 ermine this in order to underpin future management of bioenergy cropping systems and to accurat 
7171 6 f plants and their habitats for tenure. assessment of biomass produced shows high variability d 
iations. these debates on the practical management of a plant have raised many questions about  
inter- actions with the already ongoing management practices on these species; the investigatio 
h in ecology of ludwigia quen regarding management needs. in constant contact with the world of 
, on one hand, and between research and management actions to secondly: the perpetuation of thi 
ecessary improvement of our environment management practices  
12218 1 ot always undertake research to deliver public goods. the justification for public research is  
9959 20 ternational discussions to create a new policy framework for managing the potential threat from 
s from deforestation and degradation or redd, this concept proposes to put in place financial i 
here are a number of different types of redd policy that might be set up. the choice of policy  
are a number of different types of redd policy that might be set up. the choice of policy will  
icy that might be set up. the choice of policy will depend on the conditions that exist in a pa 
st in a particular forest area, and the policy goals of the entity responsible for implementing 
entity responsible for implementing the policy in the first place. for instance, some proponent 
place. for instance, some proponents of redd want to establish policies that target the poorest 
ht not be possible to have an effective redd policy that reaches a number of different policy g 
t be possible to have an effective redd policy that reaches a number of different policy goals. 
licy that reaches a number of different policy goals. the question that follows is how might on 
s how might one go about choosing which redd policy to choose in a particular context in this p 
 might one go about choosing which redd policy to choose in a particular context in this projec 
odelling that might assist in designing redd policy on the ground. to be used by policy makers, 
ing that might assist in designing redd policy on the ground. to be used by policy makers, the  
edd policy on the ground. to be used by policy makers, the tool will combine data and informati 
erty reduction, when different types of redd policy are implemented. the general idea is that t 
reduction, when different types of redd policy are implemented. the general idea is that throug 
l idea is that through experimentation, policy makers can learn about what might or might not w 
fore actually implementing a particular policy on the ground.  
13456 2 reference classification schemes of the water framework directive. babi will be performed at tw 
ill provide scientific data crucial for management as beavers continue to expand in europe.  
12657 2 tat and identify areas where access and habitat management should be targeted to sustain the si 
cting the effect of habitat and visitor management on the number and distribution of the three  
10771 1 ond, such that we can better plan their management before decline occurs.  
13805 1 s highly important for conservation and management of biota and ecosystem services.  
14148 2 ill provide a knowledge base for better planning of habitat protection and a more accurate dete 
by support the overall effectiveness of environmental planning.  
9883 2 t is this potentially important for the management of weed populations, the measurement and man 
f weed populations, the measurement and management of road-side biodiversity, and for predictin 
9801 1 these signals to solve agricultural and land management problems.  
11238 2 ive further integration of science into policy development and conservation action. the network 
ists, and a variety of stakeholders and policy makers from, e.g., the royal society for the pro 
2181 1  the results will have implications for habitat management and nature conservation strategies u 
14772 1  usually underestimated in conservation management programs. many aquatic organisms require tem 
14975 1 s and cons of red-legged partridge game management on these endangered species. additionally, w 
15086 1 s and cons of red-legged partridge game management and other land uses in central spain on thes 
14762 1                         transposing the water framework directive to spain requires knowing the 
1925 1 nutrient losses from soil are important policy objectives. there are strong indications that in 
1924 1 nutrient losses from soil are important policy objectives. there are strong indications that in 
10874 2 ly very little data on which to base an assessment of these threats. this project aims to addre 
ll provide the evidence for appropriate management strategies.  
11740 1 f critical importance to scientists and policy makers at national and international levels. ant 
12730 1 cientific basis and the relatively high transaction costs. the aim of this competition is to de 
471 1 nd for comparing different scenarios of landscape management. the project will deliver recommen 
13858 1 restry technologies more robust disease management needs to be developed. the increased acreage 
15590 1  global change and decision support for management.  
6755 1                     the problems we are planning to study are related both in their subjects an 
2157 3 nderstood. this causes uncertainties in planning lake restoration and prevents prediction of he 
bstacle in meeting the demand of the eu water framework directive to reduce the level of eutrop 
ch in many lakes will require effective management of toxic cyanobacteria. the present project  
12432 2 ent of a legal framework for adaptation policy in the uk. specifically, the climate change act  
ions for marine industries and maritime policy. through the outlined summary objectives of the  
10903 3 er depends strongly on mountain wetland management, and is potentially threatened by global cli 
system services. however, a sustainable management of these services is only possible using an  
ing model simulations and design proper land management schemes. finally, both systems can bene 
11801 3 er depends strongly on mountain wetland management, and is potentially threatened by global cli 
system services. however, a sustainable management of these services is only possible using an  
ing model simulations and design proper land management schemes. finally, both systems can bene 
10757 2 tions is required to enable appropriate management of natural resources. the fact that failures 
ing two separate fields of study to aid management of marine populations.  
11265 2 tions is required to enable appropriate management of natural resources. the fact that failures 
ing two separate fields of study to aid management of marine populations.  
13534 1 tablish a baseline for future long-term monitoring of the colonization process.  
2509 3 that are new to our waters and science. monitoring of harmful algae in coastal waters is import 
 assessing the potential for blooms and monitoring programs have been set up in several countri 
p in several countries. at present most monitoring programs rely on light microscopy cell count 
15307 3 s is required allowing a more extensive monitoring. bioassays are being extensively used due to 
o be used in the field of environmental monitoring due to their easy growth and maintenance and 
tein that allows continuous and in vivo monitoring of the intracellular free calcium concentrat 
15048 3                           environmental risk assessment requires the use of efficient and sensi 
ed set of tools that can be used to aid management-decision making by improving the predictive  
ools that can be used to aid management-decision making by improving the predictive capability  
6792 1 r polled cattle is important for modern management of cattle. polled cattle reduce the risk of  
15434 1 abitats as well as denser and continued monitoring of natural populations and environmental cha 
11852 3 solutions will allow me to quantify the trade-offs between immediate human needs and nature con 
ional community, articulated in the rio convention on biological diversity, for a unified appro 
p a tool for guiding strategic land-use planning that is able to identify both inefficiencies i 
14218 6 of organisms. the study of life-history trade-offs is of special interest in this context as th 
estions in the field of defense-related trade-offs, from the methods of detecting trade-offs to 
ade-offs, from the methods of detecting trade-offs to the specific factors that affect these tr 
 the specific factors that affect these trade-offs. the magnitude of negative genotypic correla 
 reliable evidence for the existence of trade-offs. however, this approach does not prevent the 
gardless of the existence or absence of trade-offs. moreover, some plant traits , as well as he 
15168 1 nce, know as espinal, the landscape and management structures of which are similar to spanish d 
10043 2 productivity area islands of successful land management has shown there are untapped opportunit 
between the centre for ecology, law and policy the development of a 3-year research proposal al 
13591 1 tion actions is often poor as shown for agri-environment schemes. one possibility is that many  
209 6 ive to the drainage and to cessation of management. results of the project give answers to the  
e answers to the questions what kind of management mode is most efficient in preserving vascula 
bryophyte rich than others; 2 different management modes have different effects to the diversit 
ity of different plants groups; 3 heavy management as well as management cessation in semi-natu 
s groups; 3 heavy management as well as management cessation in semi-natural wetland communitie 
yte diaspore bank, which is affected by management mode and rate.  
12450 1 ystem health. this is important for the management of the relevant species, and can also inform 
14517 1 ms under study, aiming to orientate the management of riparian vegetation.  
14467 4                                     the water framework directive puts the accent on the connec 
he biological quality elements, and for assessment of the ecological state of the water bodies. 
 put into a manual on methods for rapid assessment of the trophic state of lakes and reservoirs 
ontribute to the implementation of good management practice and control of the water quality in 
13579 1  basis that is required for sustainable management of aquatic ecosystems.  
2489 5                             sustainable management of ecosystems requires understanding about d 
isingly little is known about effective management strategies under different socioeconomic con 
 different socioeconomic conditions and governance regime. one reason may be that managerial ap 
ich could be managed by the circumpolar governance regimes, but interactions with exogenous dri 
lored. how the use of regulations/nepi, property rights and civil participation, as well as the 
12374 1  development of the uk strategy for tbt monitoring in future.  
12678 2 ey will then consult the scientific and policy making community, refine as required and finalis 
d finalise the indicator and associated assessment of change over time.  
12384 5 ments in order to deliver the uk marine monitoring strategy. key customer purpose defra and the 
on are currently developing a uk marine monitoring and assessment strategy to integrate both cu 
y developing a uk marine monitoring and assessment strategy to integrate both current and new g 
 both current and new government marine monitoring programmes. to date working groups for fish, 
.uk/environment/water/marine/uk/science/monitoring.htm  
10194 1 tistical challenges posed by estimating uncertainty and predictive reliability of environmental 
11627 5 o develop and apply novel techniques of uncertainty estimation based on extensions to the glue  
 it will also consider how we might use uncertainty estimation to evaluate scenarios of change  
oject will be to demonstrate the use of uncertainty estimation in environmental policy and deci 
te the use of uncertainty estimation in environmental policy and decision making. the applicati 
 estimation in environmental policy and decision making. the application areas will range from  
12275 1  in helping to deliver on likely future policy priorities can be made with the aim of providing 
12262 2 his need is to be met. there are strong policy drivers for this including the eu water framewor 
olicy drivers for this including the eu water framework directive, the nitrates directive, the  
10223 7  colombia and bolivia, the recognition, management and valuation of the watershed services that 
olivia, the recognition, management and valuation of the watershed services that support ecosys 
of water for these demands by improving watershed management has become increasingly important, 
 the growth of agribusiness and mining. payment for environmental services by asking this quest 
tific and local - influence traditional management and pes schemes; and to analyse how these pe 
 - influence traditional management and pes schemes; and to analyse how these perspectives and  
practices could contribute to equitable watershed management in andean countries.  
11694 7  colombia and bolivia, the recognition, management and valuation of the watershed services that 
olivia, the recognition, management and valuation of the watershed services that support ecosys 
of water for these demands by improving watershed management has become increasingly important, 
 the growth of agribusiness and mining. payment for environmental services by asking this quest 
tific and local - influence traditional management and pes schemes; and to analyse how these pe 
 - influence traditional management and pes schemes; and to analyse how these perspectives and  
practices could contribute to equitable watershed management in andean countries.  
10831 1 tanding of tropospheric o3 is the large uncertainty associated with current emission estimates  
7668 4 ide, more than 100 years of sustainable management of the mangroves has resulted in a resilient 
 active involvement of stakeholders and policy makers using participatory modeling as a common  
 integrative platform will be of use to policy makers and practitioners on the field to engage  
nities in devising medium and long term management plans aiming at improving their resilience a 
13770 2 hese models may also enable sustainable management and the identification of policy options to  
le management and the identification of policy options to minimize and mitigate biodiversity lo 
12680 1  will make recommendations for land use policy and practices required to increase the range and 
11281 2 s of the work will be incorporated into management plans for the three study lakes, specificall 
d ecological data as required by the eu water framework directive.  
11599 1 t need to ensure we develop sustainable management practices with regards to moorland biodivers 
12647 1 ple uses and will also assist in better planning for the use of our marine resources.  
12726 1 cientific basis and the relatively high transaction costs. the aim of this competition is to de 
12731 1 cientific basis and the relatively high transaction costs. the aim of this competition is to de 
14361 1 ary to perform large scale wall-to-wall monitoring in tropical regions. this processing chain i 
14222 1 ity development is also a key issue for planning the protection of natural and semi-natural com 
12603 3 e purpose of this review is to inform a policy workshop which will be: i assessing the signific 
the significance of the work to date in policy terms; and ii defining the next steps for eviden 
 the next steps for evidence gathering, policy development and stakeholder engagement ; and the 
15526 2 o design sustainable strategies for the management of water resources. to these aims, we will a 
ould serve to advise adjustments in the planning and operation of reservoirs aimed at developin 
15581 10 e understanding of ecosystem change and governance in general in an ever more human-dominated w 
ool box intended to promote sustainable management of urban biodiversity and ecosystem service  
of urban ecosystem services cluster ii. valuation of biodiversity and ecosystem services what a 
 suitable for monetary and non-monetary valuation of biodiversity and ecosystem services in the 
ystems service values be integrated for decision-making support cluster iii. governance and man 
or decision-making support cluster iii. governance and management of ecosystems and ecosystem s 
ing support cluster iii. governance and management of ecosystems and ecosystem service what are 
e the most effective mechanisms for the governance of non-marketed ecosystem services what is t 
mal institutions for ensuring effective governance of ecosystem services and facilitating neede 
e the local, regional and international policy arenas through a communication and training prog 
12055 1 d iii, to propose short- and long- term management methods in urban areas, including the mappin 
7405 1 to develop methods for the creation and management of introgression populations  
12462 1 erver data, consider a suite of fishery management measures and identify the conditions that wo 
15101 1 ecies and communities, and to establish adaptive management strategies for conservation in the  
13812 3 ecies are dispersal-limited the present management is not sustainble, despite management intens 
t management is not sustainble, despite management intensity. despite that past land use has be 
explore plant dispersal using different management strategies.  
12409 1 machs of northern fulmars as a means of monitoring plastics in the environment. fulmars are pur 
11063 8 here is a lack of knowledge dialogue in environmental management at the interface between scien 
terface between scientific research and policy/practice. this project develops an existing part 
nting a model for knowledge transfer in environmental management through an evidence-based fram 
ening of the approach from biodiversity management to wider environmental management issues. th 
h from biodiversity management to wider environmental management issues. the centre for evidenc 
isseminate research evidence to support decision-making using the methodology established throu 
evidence to decision-makers to underpin environmental policy and practice. to date decision-mak 
y heavily on their own experience, i.e. decision-making is largely experience-based rather than 
10248 2 is increasingly at risk from changes in land management and hydrology. our proposal will collec 
e information integral to the sensitive management of floodplain systems as regards fish commun 
10453 2 is increasingly at risk from changes in land management and hydrology. our proposal will collec 
e information integral to the sensitive management of floodplain systems as regards fish commun 
9989 2 is increasingly at risk from changes in land management and hydrology. our proposal will collec 
e information integral to the sensitive management of floodplain systems as regards fish commun 
10893 1 nda for the proposed project; establish management structures and develop an impact plan. this  
10900 4 late a coherent model for a large-scale pes system. 4. this knowledge capacity will be embedded 
 necessary for a functional large scale pes system with the potential to contribute to pro-poor 
the potential to contribute to pro-poor policy development, and act as a model for government d 
presents a major opportunity for future pes systems. in order to design an effective project we 
2162 1 sms for prolonged survival. methods for monitoring high- and low virulent cp-genotypes will be  
2163 1 ions. prediction will facilitate future management of the resource.  
2161 1 asion impacts, cost-benefit analyses of management implications, and exploration of potential a 
2166 1 ternative equilibria depends on current management actions. unknown quantities in the model wil 
2158 2                                    when monitoring freshwater communities, we usually encounter 
 of natural variation, sampling induced uncertainty and human impact. the aim of this study is  
12293 1 iding sustainable approaches to disease management.  
11607 1 man economic interests and inform their management.  
15574 10 hanges in legislation , which represent management trends spanning the full gradient of fertili 
 prescribed by the millennium ecosystem assessment for regional assessments of biodiversity and 
w these are perceived to be affected by management, and linkages among services, as well as ind 
measurable plant traits that respond to management and affect carbon and nitrogen turnover. wp3 
l linking plant functional responses to management, their impacts on microbial functional diver 
est the robustness of this model across management intensity gradients at the three field sites 
rvice delivery according to alternative management scenarios constructed by downscaling with lo 
f local stakeholders, land managers and policy makers, to meet these needs by transferring the  
em services delivery, and of impacts of management change. their feedbacks and perception of ac 
 rural development will be delivered to policy makers. outreach to managers and the public will 
12583 4 currence and impact and to indicate the policy and management implications of these future thre 
d impact and to indicate the policy and management implications of these future threats and imp 
oject will review existing research and management practice in order to assess the state of org 
their potential vulnerability to future management of climate change threats. the causes and ty 
10145 4 es to fashion mechanisms for access and management through different forms of water governance, 
gement through different forms of water governance, *exploring the outcomes of water governance 
nance, *exploring the outcomes of water governance, both for people through their livelihoods a 
rnment agencies with responsibility for water management in the two locations. during this phas 
10979 4 es to fashion mechanisms for access and management through different forms of water governance  
gement through different forms of water governance - exploring the outcomes of water governance 
nance - exploring the outcomes of water governance, both for people through their livelihoods a 
rnment agencies with responsibility for water management in the two locations. during this phas 
10870 2                              the msc in water management aims to provide;the most up to date ap 
y skills and knowledge to integrate the management of water quality and quantity in the environ 
13854 2 tegration of biodiversity objectives in planning and environmental assessment in urbanising are 
bjectives in planning and environmental assessment in urbanising areas. the two species groups, 
14859 2 oject compares two contrasted models of management . the data gathered in the project will allo 
production and the development of field management techniques to facilitate the harmonisation o 
12566 1 salmon fishery for use in modelling and assessment activities undertaken by national scientists 
14306 1                              vliz: data management, valorsiation and exploitation of results  
14268 1 and in processing the data. the project management, sampling and analyses co-ordination for the 
12155 1 mpacts of maintenance,*** and makes new assessment of the costs/benefits to farmers in the ligh 
13937 4 rgely neglected in swedish research and monitoring of eutrophication and fisheries, and there i 
les collected during past 30 years at 3 monitoring stations; the analysis of these samples has  
ochemical method for zooplankton growth assessment. relating zooplankton dynamics to fish stock 
equisite for ecosystem approach to fish management.  
10139 4 t will look at the relationship between governance, power and knowledge structures and how thes 
teria of success will be by means of an assessment of post-workshop feedback, but we shall also 
lihoods domains, knowledge networks and decision-making structures will be developed and improv 
plied to a range of settings such as by policy-making institutions and international developmen 
10146 4 t will look at the relationship between governance, power and knowledge structures and how thes 
teria of success will be by means of an assessment of post-workshop feedback, but we shall also 
lihoods domains, knowledge networks and decision-making structures will be developed and improv 
plied to a range of settings such as by policy-making institutions and international developmen 
10658 1 lts will also be highly relevant to the management of lakes since if our hypotheses are correct 
9901 1 lts will also be highly relevant to the management of lakes since if our hypotheses are correct 
10122 1 gulate this process. through a detailed assessment of primary metabolism in different coccolith 
12162 1 sland is the predominant habitat in the agri-environment schemes associated with entry level st 
14468 1 y important. as a result of the complex assessment of wild small fruit species will be created  
2213 6 e the precisions and costs of different monitoring methods and how this is related the life his 
fe history traits of different species. monitoring is one of the fundamental in adaptive manage 
monitoring is one of the fundamental in adaptive management actions as well as dynamics of the  
s are to: • examine the idea of dynamic monitoring systems, i.e. the optimal monitoring method  
ic monitoring systems, i.e. the optimal monitoring method canchange depending on the status and 
ss by stakeholders to perform different monitoring methods. • test the precision of catch-per-u 
10066 4 bines, and on pre-and post-construction monitoring protocols will be produced. this may allow c 
urbine and control sites using acoustic monitoring. deliverables determination of whether mid-s 
onfidence intervals indicating level of uncertainty estimation of effect of wind turbines on ba 
nd protocols for pre-/post-construction monitoring  
2060 1  are also included. if conservation and management is to be successful, knowledge of habitat re 
12284 2 so generates external costs or negative public goods; specifically, diffuse pollution to air an 
 examine how and what market incentives/policy drivers would be required to encourage livestock 
2072 1 pecial regards to a sustainable use and management in the future. the study is a co-project of