Integrated Agroecological Resilience Framework for Smallholder Forestry Systems

Thesis Abstract

This study addresses the vulnerability of smallholder forestry systems to climate variability, market fluctuations, and ecological degradation by developing an integrated agroecological resilience framework that synthesizes ecological processes, smallholder livelihoods, and forest stewardship. The aim is to construct and validate a framework that mediates resilience outcomes through agroecological principles, governance linkages, and adaptive management, with specific objectives to (i) identify key ecological and socio-economic drivers of resilience in smallholder forestry contexts, (ii) conceptualize a multidimensional resilience framework grounded in ecological resilience theory, social-ecological systems theory, and the sustainable livelihoods approach, (iii) operationalize indicators and a composite resilience index for application at community and household scales, (iv) evaluate the framework’s explanatory power using empirical data, and (v) formulate policy and practice recommendations to enhance resilience and sustainability of smallholder forestry systems. The methodology employs a mixed-methods design in which a cross-sectional survey of 420 smallholder forest households across three ecologically distinct districts is complemented by 60 in-depth semi-structured interviews with community leaders, extension agents, and forest officers. Data collection instruments include a structured questionnaire capturing socio-economic status, land tenure, climate-anomaly exposure, biodiversity management, soil and canopy indicators, market access, and governance institutions, as well as interview guides aligned with thematic analysis. Validity and reliability are ensured through pilot testing, Cronbach’s alpha checks for attitudinal scales (minimum ? = 0.78), and expert review of instrument content. Quantitative data are analyzed using multivariate regression, structural equation modeling (SEM) to test the relationships among ecological, economic, and governance variables, and principal component analysis (PCA) to derive a composite resilience index. Qualitative data undergo thematic coding with NVivo, followed by triangulation with quantitative results to enhance construct validity. The study integrates three foundational theories—ecological resilience theory, social-ecological systems theory, and the sustainable livelihoods framework—to inform model specification, indicator selection, and interpretation of interactions among ecological processes, livelihoods, and governance structures. Anticipated findings include (i) a parsimonious set of resilience drivers at the farm and landscape scales (e.g., diversified agroforestry practices, soil organic matter, tenure security, access to credit and markets, and participatory governance), (ii) robust associations among these drivers and resilience outcomes such as on-farm biodiversity, yield stability, income diversification, and adaptive capacity, and (iii) significant mediation effects whereby governance arrangements and market linkages amplify or dampen ecological resilience. The study contributes to knowledge by (a) delivering a novel, operationalized integrated agroecological resilience framework tailored to smallholder forestry systems, (b) providing a validated resilience index and a transferable measurement approach suitable for use in developing country contexts, and (c) offering a theory-driven analytic model that clarifies mechanisms linking ecological processes, livelihoods, and governance. Policy implications include recommendations for strengthening land tenure clarity, promoting participatory forest governance, expanding agroforestry adoption with climate-smart species, and enhancing access to diversified markets and credit. The conclusion asserts that resilience hinges on synergistic interactions among ecological integrity, diversified livelihoods, and inclusive governance, and recommends scalable interventions such as community-based resilience planning platforms, capacity-building programs for sustainable forest management, and the integration of resilience indicators into national forestry strategies.