Article ID Journal Published Year Pages File Type
1051303 Current Opinion in Environmental Sustainability 2016 7 Pages PDF
Abstract

•The rate and magnitude of changes to rangeland systems is threatening adaptation.•Co-design of knowledge for rangeland resilience requires a transdisciplinary approach.•The co-design process proved, in practice, to be complex and non-linear.

Rangelands, home to herders, grazed by livestock and wildlife and, defined predominately as grasslands, comprise approximately 40% of the earth's terrestrial land surface. Rangeland social–ecological system resilience is urgent in many regions under climate, land use, political, market, and demographic changes. Focused on community-based natural resource management collaboratives, researchers and practitioners from Kenya, Mongolia and the US West, gathered to develop a research-for-action project. Using a conceptual framework for development of transdisciplinary global change research a project was co-designed to address natural resource problems to help build resilience in collaborative organizations under change. Participants designed a research agenda and conceptualized a knowledge network. The co-design process showed the common visions of this group from around the world while also demonstrating the actual untidiness of development of transdisciplinary research involving diverse participants.

Related Topics
Physical Sciences and Engineering Earth and Planetary Sciences Earth and Planetary Sciences (General)
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