4.5 Article

Ecosystem Services are Social-ecological Services in a Traditional Pastoral System: the Case of California's Mediterranean Rangelands

Journal

ECOLOGY AND SOCIETY
Volume 19, Issue 1, Pages -

Publisher

RESILIENCE ALLIANCE
DOI: 10.5751/ES-06143-190108

Keywords

endangered species; landscape; pasture; ranching; scale; social-ecological system; vernal pools

Funding

  1. Division of Agriculture and Natural Resources of the University of California [CIG05-178]
  2. Spanish National Research Council (CSIC) [I-Link0253]
  3. U.S. Agricultural Experiment Station
  4. Direct For Biological Sciences [1115069] Funding Source: National Science Foundation

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When attempting to value ecosystem services and support their production, two critical aspects may be neglected. The term ecosystem services implies that they are a function of natural processes; yet, human interaction with the environment may be key to the production of many. This can contribute to a misconception that ecosystem service production depends on, or is enhanced by, the coercion or removal of human industry. Second, in programs designed to encourage ecosystem service production and maintenance, too often the inter-relationship of such services with social and ecological processes and drivers at multiple scales is ignored. Thinking of such services as social-ecological services can reinforce the importance of human culture, perspectives, and economies to the production of ecosystem services. Using a social-ecological systems perspective, we explore the integral role of human activity and decisions at pasture, ranch, and landscape scales. Just as it does for understanding ecosystems, a hierarchical, multiscaled framework facilitates exploring the complexity of social-ecological systems as producers of ecosystem services, to develop approaches for the conservation of such services. Using California's Mediterranean rangelands as a study area, we suggest that using a multiscaled approach that considers the importance of the differing drivers and processes at each scale and the interactions among scales, and that incorporates social-ecological systems concepts, may help avoid mistakes caused by narrow assumptions about natural systems, and a lack of understanding of the need for integrated, multiscaled conservation programs.

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