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Catch 22: wetlands protection and fishing for survival
Author(s) -
Gillespie Josephine
Publication year - 2016
Publication title -
geographical research
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.695
H-Index - 47
eISSN - 1745-5871
pISSN - 1745-5863
DOI - 10.1111/1745-5871.12160
Subject(s) - wetland , convention , waterfowl , geography , fishing , biodiversity , habitat , environmental resource management , environmental planning , environmental protection , ecology , political science , law , environmental science , biology
Environmental regulation of biodiversity hotspots, including wetlands, is of increasing importance in an era when species and habitat loss is common. A number of global environmental protection regimes attempt to set up processes that protect vulnerable species and their habitats. One such regulatory regime, the R amsar C onvention (Convention on W etlands of International Importance, especially as Waterfowl Habitat), provides overarching protection for hundreds of wetlands around the world. In this paper, one R amsar listed wetland, S outheast A sia's and C ambodia's largest freshwater lake, the T onle S ap, is subject to a legal geographical analysis. A legal geography approach – one that puts front and centre an examination of both the environmental protection regulations for the wetlands and the people subject to them – enables the complexity of the legal‐human–environment dynamic in this unique wetlands to be revealed. Measuring the success, or otherwise, of environmental protection regulations requires an understanding of both the biophysical and social dynamics of the place subject to that protection. Geographers, particularly legal geographers, are well placed to document the human–environment dimensions of place and to expose fragilities or disconnections between regulations and place. Regulations that do not take adequate account of complex people–place dynamics are likely to fall short of expectations and run the risk of becoming self‐defeating, giving rise to a potential catch‐22 scenario.