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Projects in this domain trace human impact on the global cycles of nutrients and water that create and define the biosphere. As these cycles are characterized by great complexity and dynamism, research projects in this domain typically entail several data surveys designed to indicate cause-and-effect linkages across spatial scales.



Projects in this domain address global environmental problems arising from or associated with the loss of diversity, whether biological (including genetic diversity and availability of niches or habitats), or cultural (including diversity of languages, social structures, religions and world-views).


Projects in this domain investigate the features of the planet that humankind finds to be of immediate utility: those plants, animals, and materials that humankind uses to satisfy its material and cultural needs, and whose use in turn forms the cultural landscapes of a time and place.


Projects in this domain take a historical approach to circulation, diversity, or resource questions. There is particular emphasis on using new technologies to examine ecological dynamics involved in past civilizational rise and decline, and so to advance empirical and theoretical understanding of human-environmental dynamics throughout human history.


Projects in this domain examine the manner in which contemporary environmental problems both contribute to and result from global phenomena and processes. Description is focused on the specific social and environmental contexts in which environmental problems are found, their linkages to social and material phenomena in other places, and the conceptual models used to describe such interconnection.



Pre-Research and Feasibility Study



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