Adaptive Decision-Making for Sustainable Working Rangelands

Insights from rancher and rangeland manager decision-making

Rangelands span diverse ecosystems, representing a majority of the world’s land resources, and therefore hold great ecological, economic, and social value.  In California, rangelands cover ~50% of the state, and are often at the nexus of wildland, agricultural, and urban landscapes. These working landscapes support a broad range of ecosystem services—including food and forage production, water resource protection, biodiversity, and wildlife habitat. Therefore, the long-term sustainability of these lands and the services they provide is not only critical for ranchers and rangeland managers but also for the broader public.

Ranchers and land managers hold unique, place-based experience and knowledge about the challenges and opportunities to support sustainable working rangelands. Teaming up with scientific, management, and agency partners, we have conducted over 1,000 surveys and interviews with ranchers and land managers across California and beyond to gain deeper insights into the factors shaping sustainable rangeland management.


Research Highlights

Working with partners across California and beyond, we have surveyed and interviewed ranchers and land managers to gain insights into key factors shaping rangeland decision-making, perspectives on effective management practices, and ranching information sources. 


 
 

Other Relevant Work

Kachergis, E., J. Derner, L.M. Roche, K.W. Tate, M. Lubell, R. Mealor, J. Magagna. 2013. Characterizing Wyoming ranching operations: natural resource goals, management practices and information sources. Natural Resources 4:45-54.

Kachergis, K., J.D. Derner, L.M. Roche, K.W. Tate, V. Eviner, M. Lubell, B. Cutts. 2014. Increasing flexibility in rangeland management during drought. Ecosphere 5: art77.

Wilmer et al. 2018. Diverse management strategies produce similar ecological outcomes on ranches in Western Great Plains: social-ecological assessment. https://www.sciencedirect.com/science/article/pii/S1550742417300891