Article ID Journal Published Year Pages File Type
4393333 Journal of Arid Environments 2012 10 Pages PDF
Abstract

Many of the complex issues worldwide regarding environmental management and sustainable develo-pment require integrating the social and natural sciences. Nevertheless, while theoretical discussions have been increasingly developed, operative issues are still major barriers to integrated social–ecological analysis. The aim of this paper was to assess regional forage production in semi-arid rangelands as a key feature in social-ecological analysis, by using human organizational units (i.e. counties). We used these state-administrative units to explore demographic and farming indicators in order to address socio-productive implications of different regional forage production dynamics. We studied the forage spatial and temporal dynamics in two different large ecological regions: Monte and Patagonia, under a single administrative unit (i.e. province). Since forage production estimations in arid rangelands are not trivial, we tested two different methods. We found that inter-annual variability in forage production explained the main differences between regions. At a regional level, zones with higher temporal variability in forage production registered less rural residents and farm numbers, but inverse situations were registered at sub-regional scales. We found a non-linear relationship between forage production variability and rural population density. We proposed differentiated policy recommendations regarding rangeland management and animal husbandry, considering both the social and ecological contexts.

► Sustainable development requires integrating the social and natural sciences. ► Regional forage production (FP) is a key feature in social-ecological rangelands. ► we estimated FP in two large ecological regions, based on human organizational units (counties). ► complementary socio-economic data was included and contrasted with FP. ► Based on the heterogeneity found, we propose differentiated policy recommendations.

Related Topics
Physical Sciences and Engineering Earth and Planetary Sciences Earth-Surface Processes
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