Drivers of Regenerative Livestock Adoption Under Climate Stress: Adaptive Resilience, Performance Deterioration and Socio-Ecological Barriers in High-Andean Camelid Agroecosystems

Published: 30 June 2026| Version 2 | DOI: 10.17632/wzjx79gz5d.2
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Description

This study proposes and empirically validates an explanatory model grounded in the Resilience Thinking framework for Socio-ecological Systems, which examines how the perceived impacts of climate change (IMP) drive the adoption of regenerative livestock farming (ADOP) and influence livestock system performance deterioration (DES), with adaptive capacity and resilience (RES) acting as a mediating construct. The model integrates four interrelated constructs structured around two explanatory pathways: IMP → RES → ADOP, examining whether adaptive resilience translates into regenerative transition; and IMP → RES → DES, examining whether resilience effectively buffers performance deterioration under climate stress.

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Climate Change Adaptation, Ecosystem Resilience Enhancement

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