Biodiversity Under Threat

by ;
Edition: 1st
Format: Hardcover
Pub. Date: 2007-08-02
Publisher(s): Royal Society of Chemistry
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Summary

There is much public concern about threats to global biodiversity. Industrial pollution, changes in agricultural practices and climate change, are all having a direct impact on biodiversity. In this book the Editors provide a broad view of the many pressures imposed by human-induced changes and the many threats to global biodiversity and of the policy responses required to combat them. This excellent text includes the work of some 44 authors and offers a solid description of the current understanding of threats to biodiversity with a range of illustrative examples - a valuable point of reference for ecologists, environmental scientists, and students as well as, policymakers and all other environmental professionals.

Table of Contents

Impacts of Agricultural Change on Farmland Biodiversity in the UK
Introductionp. 1
The Post-war Intensification of Agriculturep. 2
Land Drainagep. 3
Decline of Mixed Farming and Changes in Crop Rotationsp. 3
Fertiliserp. 4
Pesticidesp. 5
Field Size and Hedgerowsp. 7
Autumn Sowingp. 8
Management of Grasslandp. 9
Heather Burningp. 12
Grain Storage and Animal Housingp. 12
Veterinary Medicinesp. 13
Supplementary Feedingp. 13
Recent Changes in Agricultural Practicesp. 14
Farming Systemsp. 14
Reduced Cultivation Systemsp. 16
Set-asidep. 17
Energy Cropsp. 18
Genetically Modified Cropsp. 20
Measures to Benefit Biodiversity on Farmlandp. 21
Agri-environment Schemesp. 21
Cross-compliancep. 22
Changing Agricultural Policy and Implications for the Future of Farmland Biodiversityp. 23
Acknowledgementsp. 25
Referencesp. 25
The Extent and Future of Global Insect Diversity
Introductionp. 33
A Diversity of Species and Functionsp. 34
Services Provided by Insectsp. 35
Global Patterns of Insect Diversityp. 36
Threats to Insects Worldwidep. 38
Land-use Changep. 40
Climate Changep. 41
Invasive Speciesp. 46
Where Do We Go from Here?p. 47
A New Taxonomyp. 47
Systematic Samplingp. 47
Synthesis of Biodiversity Inventoriesp. 48
Multi-factor Researchp. 48
Generating a Trait-based Understanding of Global Changep. 48
Conclusionsp. 49
Acknowledgementsp. 49
Referencesp. 50
Biological Invasions in Europe: Drivers, Pressures, States, Impacts and Responses
Biological Invasions in Europe: a Framework for Best Practicep. 56
The Trouble with Trade and Travel: Economic Drivers of Biological Invasionsp. 58
Assessing the Pressure of Invasions on Ecosystems: Propagules, Pathways and Peoplep. 62
The State of the Union: Trends in the Distribution of Alien Species in Europep. 63
Impacts on Biodiversity: Genes, Populations and Ecosystemsp. 65
Responding to the Threat of Biological Invasions: a European Policy Perspectivep. 72
A Future Europe: Will Economic Integration Lead to Biotic Homogenisation?p. 75
Acknowledgementsp. 78
Referencesp. 78
The Deep Sea: If We Do Not Understand the Biodiversity, Can We Assess the Threat?
Introductionp. 81
The Deep Seap. 84
Understanding Modern Deep-sea Biodiversityp. 86
Patterns of Biodiversity in the Deep Sea: Benthosp. 88
With Depthp. 88
With Latitudep. 89
With Productivityp. 91
Hydrothermal Vents, Cold Seeps and Whale Falls: Biodiversity Bonus?p. 92
Patterns of Biodiversity in the Deep Sea: Pelagosp. 93
Patterns of Biodiversity in the Deep Sea: Fishp. 94
Is Biodiversity in the Deep Sea Under Threat?p. 95
Disposalp. 95
Exploitationp. 97
Conclusionsp. 101
Acknowledgementsp. 102
Glossary of Technical termsp. 102
Referencesp. 103
Threatened Habitats: Marginal Vegetation in Upland Areas
Introductionp. 107
Case Studiesp. 108
Drivers, Pressures and Threatsp. 112
Climate Changep. 113
Grazingp. 116
Fragmentation and Isolationp. 118
Managing Biodiversity in Marginal Habitatsp. 122
Policy Contextp. 122
Research Prioritiesp. 125
Management Actionp. 127
Acknowledgementsp. 128
Referencesp. 129
Trends in Biodiversity in Europe and the Impact of Land-use Change
Introductionp. 135
Biodiversity in Europe: Current Statusp. 135
Biodiversity in Europe: Information on Current Trendsp. 137
Habitat Extent and Qualityp. 137
Species Diversityp. 139
Species Abundance and Biomassp. 139
Distribution of Speciesp. 140
Threatened Status of Speciesp. 140
Biodiversity in Europe: an Historical Perspectivep. 140
Biodiversity in Europe: Current and Future Threatsp. 144
The Policy Response to Biodiversity Lossp. 148
Quantifying Biodiversity Lossp. 149
Biodiversity and Land-use Changep. 151
Discussionp. 152
Referencesp. 155
Tropical Moist Forests
Introductionp. 161
Tropical Forest Ecologyp. 162
Continental Scale Variation due to Plate Tectonicsp. 164
Regional Scale Variation due to Pleistocene Climate Fluctuationsp. 166
Tropical Climate Changep. 166
Direct Evidence for Changep. 167
Inferential Evidence for Changep. 168
African Late Glacial Climatesp. 169
Changing Climate Changing Forestsp. 170
Past Climate Change as a Predictor of Diversityp. 171
Reasons for Local-scale Variation due to Present-day Ecologyp. 173
Past Anthropogenic Impact on Tropical Forestsp. 174
Present Anthropogenic Impact and Management of Tropical Forestsp. 175
Case Study: Management of the Mufindi Forestsp. 178
The Futurep. 183
Referencesp. 184
The Implementation of International Biodiversity Initiatives: Constraints and Successes
Towards International Biodiversity Goalsp. 193
International Initiatives to Set Goals for Biodiversity Conservationp. 195
How are International Goals Implemented?p. 195
How has Finland Organised the Implementation of International Biodiversity Goals?p. 198
How has the UK Organised the Implementation of International Biodiversity Goals?p. 199
Alternative Routes from International Goals to Local Level Practices: Ranomafana National Park in Madagascar as a Case Studyp. 200
When Implementation is Being Constrainedp. 201
Does Implementation Lead to Wanted Results?p. 202
Mediation to Help Reach Effectiveness and Legitimacyp. 204
Braila Islands: Starting Management from Local Socio-environmental Needs Before Linking with International Goalsp. 208
From Hunger Strikes to Voluntary Measures: Forest Conservation in Karviap. 209
Turning Symbolic Participation into Effective Deliberationp. 210
A Successful Community-led Biodiversity Management Process: the Farming for Nature Initiativep. 212
Conclusionsp. 213
Acknowledgementsp. 213
Referencesp. 213
Biodiversity Assessment and Change - the Challenge of Appropriate Methods
Introductionp. 217
The Progressive Inclusion of Biodiversity Measures in Environmental Monitoringp. 217
The Challenge of Adequately Representing Complexityp. 218
Complexity and Ambiguity of the Term Biodiversityp. 218
Approaches to Reduce Complexityp. 219
Surrogate Measures, Indicators and Indicesp. 221
Forerunners and First Steps in the 1980sp. 221
A Muddle of Termsp. 222
"It Starts with the Right Question" or "the Choice of Values and Measures"p. 222
Adoption of the Biodiversity Surrogate Approachp. 223
Biodiversity Indicesp. 224
Indicators of Biodiversity and its Change for LTER Sitesp. 224
LTER Sites and Biodiversity: Basic Concepts and Keystonesp. 224
LTER Networks at Pan-European Level in Practice: the Experience of UN-ECE CLRTAP ICP IM and ICP Forestsp. 226
Biodiversity Status and Change in Forest Ecosystems: Examples from Italyp. 228
Biodiversity Status and Change in Freshwater Ecosystems: Examples from North-Italyp. 232
Biodiversity Status and Change in the Marine Ecosystem: Examples from the Pelagic Ecosystem in Italyp. 235
Toward a Core Set of Biodiversity Indicators for LTER Sitesp. 236
Indicators of Biodiversity and its Change for the "Wider Countryside"p. 237
Limitations of Discrete, Intensively Monitored Locationsp. 238
Advantages of Supplementary Monitoring in the Wider Landscapep. 239
Data Sources that could Contribute to Surveillance in the Broader Landscapep. 240
How to Communicate Biodiversity Assessments to Stakeholders and the Public?p. 241
General Principlesp. 242
Setting Objectivesp. 242
Selecting the Target Audiencep. 243
Selection of Appropriate Toolsp. 243
How to Do It?p. 244
Evaluation of Successp. 244
Case Study: Visitor Centre in Vacratot, Hungaryp. 245
Conclusionsp. 246
Referencesp. 247
Drivers and Pressures on Biodiversity in Analytical Frameworks
Introductionp. 252
Different Approaches to Classify the Drivers and Pressures on Biodiversityp. 253
Scenarios of Biodiversity Change for the Year 2100 and the Ranking of the Main Driversp. 253
The Stress-Response Frameworkp. 254
The DPSIR Frameworkp. 254
The Millennium Ecosystem Assessment Framework (MA)p. 255
The Main Drivers and Pressures on Biodiversityp. 257
Land-use Changesp. 258
Climate Changep. 258
Changes in Matter Fluxesp. 258
Biological Invasionsp. 259
Conclusionsp. 259
Acknowledgementsp. 261
Referencesp. 261
Subject Indexp. 263
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