Community responses to land degradation: Insights from land restoration bright-spot communities in the Ethiopian Highlands

Land degradation is a pervasive global challenge that undermines ecosystem functions and human well-being, yet evidence remains limited regarding how local communities interpret its drivers, respond to it, and define restoration outcomes. This study assesses these perspectives across twelve community watersheds participating in Ethiopia’s national Sustainable Land Management Program—six high-performing “land restoration bright-spots” and six low-performing sites—through semi-structured interviews with 123 key informants and twelve facilitated group discussions. Applying the Driver–Pressure–State–Impact–Response (DPSIR) framework and the Analytic Hierarchy Process (AHP), we assessed how communities interpret degradation drivers and impacts and compared their restoration choices and intended outcomes. The analysis revealed significant differences (P < 0.001): bright-spot communities primarily attributed degradation to socioeconomic and institutional factors, whereas low-performing groups emphasized biophysical causes. Their restoration approaches and desired outcomes also varied: five of the six bright-spots prioritized vegetation regeneration, and all intended to pursue farming-system transformation as their intended outcome, while low-performing communities showed inconsistent priorities and largely aimed to revert to pre-degradation conditions as their outcome. The findings highlight that communities with stronger environmental stewardship orientations are better positioned to adapt to persistent biophysical constraints by addressing human-induced drivers and adopting innovative restoration practices, enabling more transformative and sustainable landscape restoration outcomes.