Promoting a coupled human and natural systems approach to addressing conservation in complex mountainous landscapes of Central Asia |
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Authors: | James P Lassoie and Ruth E Sherman |
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Institution: | (1) Sustainable Development and Conservation Biology Graduate Program, University of Maryland, College Park, MD 20742, USA;(2) The Nature Conservancy, Owyhee Plaza, 1109 Main Street, Suite 333, Boise, ID 83702, USA;(3) Department of Natural Resources, College of Agriculture and Life Sciences, Cornell University, Ithaca, NY 14853, USA |
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Abstract: | Global climate change, nonpoint source pollution, watershed and wildlife habitat destruction, and unsustainable development
are damaging the natural world, threatening the socio-cultural integrity of communities, and jeopardizing the livelihood security
of peoples worldwide. Despite the past 50 years of progress in addressing environmental damage in the United States and elsewhere,
intractable problems have arisen that to date have eluded successful technological or policy responses. Solutions have been
sought by recognizing that these problems are very complex and demand interdisciplinary approaches that require building effective
partnerships among relevant academic institutions, governmental agencies, nongovernmental organizations, and private business,
as well as levering various disciplines and traditional knowledge systems. Such thinking has evolved to now consider humans
to be an integral part of nature, which is captured in the idea of the ‘human ecosystem’, where biophysical, socioeconomic,
and cultural systems interact via a complex set of organizational, spatial, and temporal ‘couplings’. Within such a context,
environmental problems can be viewed as coupled human and natural systems, which afford unique and novel approaches to their
solutions. This paper discusses the development of the coupled systems approach as a scientific methodology, reviews its key
characteristics and principles, provides an example of how it has been applied to assess conservation issues in alpine areas
of Northwest Yunnan Province, China, and recommends how this scientific approach might be further developed for use in mountainous
landscape regions of Central Asia and elsewhere. |
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