Valuation and Conservation of Biodiversity: Interdisciplinary Perspectives on the Convention on Biological DiversityMichael Markussen Springer Science & Business Media, 13 jan 2005 - 429 pagina's The goal of this transdisciplinary book is to identify the problems and challenges facing implementation of the Convention on Biological Diversity (CBD) - from the global, regional and local points of view. The valuation and conservation of biodiversity are critical first steps necessary for the adequate protection of the environment. The authors give insights into the the influences the CBD exerts, and current trends in the field. |
Inhoudsopgave
Global Conservation of Biodiversity from an Economic Point of View | 3 |
2 What characterises an economically rational way of dealing with biodiversity? | 4 |
3 The economic value of biodiversity | 5 |
4 The loss of biodiversity as an economic problem | 7 |
5 Biodiversity conservation measures | 11 |
6 The protection of biodiversity by trade restrictions | 12 |
7 International transfers for biodiversity conservation | 15 |
8 Concluding remarks | 19 |
4 Getting close to peoples knowledge | 232 |
5 Stories of difference | 238 |
6 Towards a new culture of knowledge | 243 |
References | 245 |
Towards the significance of socioeconomic conditions for biodiversity perception between the 16th and 20th century | 249 |
1 Introduction | 250 |
2 Research approach historical background and hypotheses | 251 |
3 Birds as game trading goods food and delicacy | 259 |
References | 20 |
Financial support for biodiversity protection in developing countries does the CBD mechanism lead to an appropriate level of biodiversity protection? | 23 |
2 Economic analysis and economic perspective | 24 |
3 Contribution of CBD to provision of biodiversity protection in developing countries | 25 |
4 Financial resources from the GEF and costs of worldwide biodiversity protection | 27 |
42 Estimated costs of global biodiversity protection | 28 |
43 Comparison of biodiversity protection costs and GEF spending | 29 |
5 Negotiations for the replenishment of the GEF fund | 30 |
53 Short analysis of negotiations | 31 |
6 Undersupply thesis | 32 |
71 Study design | 33 |
72 Study results | 34 |
73 Discussion of results | 37 |
References | 38 |
trade related measures as a means to protect biological diversity from risks deriving from genetically modified organisms | 43 |
1 Introduction | 44 |
3 Historical development of the Cartagena Protocol | 46 |
4 Central provisions of the Protocol | 47 |
42 Trade between parties | 48 |
43 Trade with nonparties | 55 |
44 Domestic management | 56 |
5 Environmental protection by trade regulation? | 57 |
51 Background to the focus on the regulation of trade with LMOs | 58 |
52 The functioning of the trade related measures | 60 |
53 Assessment of the trade related measures from an environmental point of view | 62 |
References | 63 |
PolicyWindows for the Declaration of Protected Areas A Comparative Case Study of East Germany and Guatemala | 65 |
Kingdons policy window approach | 66 |
22 The PolicyWindow Approach | 67 |
3 Case Studies | 69 |
32 Case Study Guatemala | 73 |
33 Discussion | 77 |
4 Conclusions | 80 |
References | 81 |
Will companies engage in the conservation of biodiversity? A prototypical model of aggregated probiodiverse actions of industrial companies | 85 |
Why do companies act probiodiversely? | 86 |
stakeholders | 88 |
23 How aware are stakeholders of biodiversity? | 91 |
Which companies have a motivation to act probiodiversely? | 94 |
What are companies doing when they act probiodiversely? | 97 |
summary of answers | 100 |
6 Concluding remarks | 102 |
7 Outlook | 103 |
Local regional and nationwide perspectives on the Convention on Biological Diversity Examples from Germany | 105 |
Problems and Prospects of the Conservation of Biodiversity in Germany | 107 |
from natural to cultural habitats | 108 |
21 History | 109 |
23 General aspects of biodiversity in Germany | 111 |
25 Recent patterns of change in species diversity | 113 |
from the threats to the biota to the design of management strategies | 115 |
small populations and spatial dynamics | 116 |
32 Anthropogenic stress factors on a macro and mesoscale | 117 |
33 Criteria for conservation | 118 |
34 Necessity of managing habitats | 119 |
from the species to the landscape approach | 120 |
42 Programs and strategies for conservation | 121 |
preservation of species the problem of Red data books | 122 |
preservation of rare habitat foundation of larger Protected Areas | 124 |
preservation restitution andor creation of a diverse landscape | 125 |
5 Synthesis and conclusions | 127 |
References | 128 |
The Designation of National Parks in German Nature Conservation Law | 133 |
2 The legal status in Germany | 134 |
21 Before the 2002 amendment The pertinent rules | 135 |
22 Since the 2002 amendment | 140 |
23 Juridical requirements for the configuration of national parks | 143 |
3 Conformity of German law and international requirements | 149 |
32 Comparison with German law | 150 |
4 Conclusion | 151 |
References | 152 |
Conservation management of target species or conservation of processes Winners and losers of two different conservation strategies | 155 |
2 Two conservation strategies | 156 |
3 Study area | 158 |
4 Three case studies from the Lower Oder Valley National Park Germany | 161 |
42 Impact of flooding on the amphibian community Introduction | 167 |
43 Impact of land use and flooding on the diversity of insects Introduction | 174 |
5 Winners and losers of the two conservation strategies | 185 |
6 Acknowledgements | 188 |
an integrated hydrological and economic model to value the enhanced nitrogen retention in renaturated streams | 193 |
2 Investigated conservation programme and study site | 195 |
4 Results | 197 |
41 Quantification of the ecosystem function | 198 |
43 Valuation of the ecosystem service | 200 |
5 Discussion | 201 |
6 Conclusions | 202 |
References | 203 |
Public demand for plant diversity in agricultural landscapes of central Germany | 205 |
a pilot scheme in central Germany | 206 |
3 Study objectives | 209 |
5 Results | 211 |
52 Information processing | 212 |
53 Interpretation | 213 |
participation of the local populace in agrienvironmental decision making | 214 |
7 Summary | 218 |
References | 219 |
Plants personal knowledge and life stories in German home gardens | 221 |
2 Misreading the social in biodiversity research | 222 |
3 Knowledge action and the world out there | 227 |
31 The significance of small birds for nutrition | 260 |
32 Some characteristics of bird markets | 261 |
The field larch and the fieldfare | 262 |
4 Birds as vermin | 264 |
Who encroached upon whose habitat? | 266 |
What made the cropdevastator proliferate? | 268 |
44 Concluding remarks | 270 |
the conservation of insecteating birds 17921802 | 271 |
town decrees and school curricula 18131858 | 272 |
55 The German Bird Conservation Act of 1888 | 273 |
the aims of conserving the fieldfare | 274 |
6 Discussion and summary | 275 |
62 There are two turning points in bird perception | 276 |
63 The general trend in bird perception follows socioeconomic development Does this apply to the perception of biodiversity too? | 277 |
References | 279 |
Local regional and nationwide perspectives on the Convention on Biological Diversity Examples from Guatemala | 283 |
Prospects and Challenges for Biodiversity Conservation in Guatemala | 285 |
3 Biodiversity in Guatemala | 287 |
32 Cloud Forests | 288 |
4 Policy Approaches to Conserve Biodiversity | 289 |
5 Prospects and Challenges for Biodiversity Conservation | 291 |
References | 294 |
Calculating Incentives for Watershed Protection A Case Study In Guatemala | 297 |
12 Research area | 299 |
13 Research objectives | 300 |
2 Conceptual framework | 301 |
3 Data collection and the categorization of farm households | 302 |
32 Environmental Services | 305 |
33 Recent behaviour of the farmers after the coffee crisis | 306 |
34 Measuring the demand of water | 307 |
4 Model simulations | 308 |
5 Findings and Conclusions | 311 |
References | 312 |
The cultural context of biodiversity conservation | 315 |
11 Indigenous communities and biodiversity conservation | 316 |
12 The Convention on Biological Diversity | 317 |
2 The discursive context | 318 |
21 Anthropological perspectives | 319 |
22 Cultural concepts of nature | 321 |
24 The landscape approach | 324 |
3 The local context | 325 |
31 The ethnographic experience | 327 |
32 Protected area management and local livelihoods | 328 |
33 Expressions of indigenous knowledge | 331 |
34 The sacred landscape | 335 |
4 Concluding remarks | 339 |
42 Rethinking scientific assumptions | 340 |
References | 341 |
Direct payments for conservation the importance of environmental measures in farming systems for bird populations in a fragmented landscape A ca... | 343 |
1 Introduction | 344 |
3 Predicting the future of the region | 347 |
4 The needs of environmental conservation | 350 |
5 Policy Implications | 352 |
References | 354 |
Land use changes and abiotic aspects as basic conditions for conservation of biodiversity in a tropical montane cloud forest Guatemala | 357 |
2 Study area | 358 |
3 Methods and Material | 360 |
42 Soil properties and its degradation | 362 |
43 Micro climate changes Air and soil temperature | 365 |
5 Discussion | 368 |
6 Conclusions | 369 |
References | 370 |
Human impact on bird diversity and community structure in a tropical montane cloud forest in Alta Verapaz Guatemala with special reference to the ... | 373 |
1 Introduction | 374 |
3 Methods | 375 |
4 Diversity pattern and community structure of the birds in the Sierra Yalijux | 376 |
42 Estimation of species richness | 377 |
44 Recaptures | 379 |
45 Body mass distribution | 380 |
46 Pharomachrus mocinno and its regional population | 382 |
5 Discussion | 384 |
6 Conclusions | 386 |
References | 387 |
What drives biodiversity loss in the land of trees? A review of the economic and historical parameters causing deforestation in Guatemala | 391 |
2 From past to present | 393 |
22 Production of export crops | 394 |
23 Directed and spontaneous colonisation | 397 |
24 Protected areas and civil war refugees | 400 |
3 Magnitude and location of forest cover loss | 401 |
32 Location of deforestation | 403 |
33 Environmental diversity | 404 |
5 Underlying determinants of deforestation | 408 |
51 Poverty population growth and migration | 409 |
52 Soil conditions and road construction | 410 |
53 Agricultural productivity | 411 |
54 Property rights | 412 |
56 Rural nonfarm employment and education | 413 |
References | 414 |
Epilogue A general perspective on the evaluation of interdisciplinary research | 419 |
An important tool for a quality assurance in interdisciplinary research | 421 |
2 On terminological inconveniences | 422 |
22 Interdisciplinary and the question of how to guide the research process | 423 |
23 Transdisciplinarity | 424 |
24 Biodiversity and its real relationship with supradisciplinary research | 425 |
3 Evaluation | 426 |
References | 428 |
Overige edities - Alles bekijken
Veelvoorkomende woorden en zinsdelen
agricultural Alta Verapaz analysis anthropogenic approach benefits biodiversity conservation biodiversity protection biological diversity Biosafety Brandenburg Cartagena Cartagena Protocol changes Chelemhá cloud forest Cobán communities companies conservation of biodiversity context contingent valuation contribution Convention on Biological corncrakes costs criteria crops cultural decision deforestation developing countries ecological economic ecosystem ecosystem services environment estimated evaluation extinction fallows farm farmers fieldfare flooding forest cover garden genetically modified organisms Germany global Göttingen grassland GSTA PK Guatemala habitats households human impact implemented important IUCN land landscape LMOS Lower Oder Valley Markussen Maya Biosphere Reserve measures montane national parks natural forest nature conservation Naturschutz NGOs organisations payments Petén plant polder political population pro-biodiverse problem production programme protected areas Q'eqchi Quetzal region regulations rural secondary forest social soil stakeholders strategies sustainable tion trade tropical University of Göttingen valuation vegetation