Resilience and Adaptation of the Communities in the Aral Sea Basin

The desiccation of the Aral Sea—driven by the large-scale diversion of the Amu Darya and Syr Darya rivers for irrigated cotton production, which began during the Soviet era—remains one of the world’s most significant human-caused environmental disasters. While the hydrological, ecological, and geopolitical dimensions of the crisis are well documented, comparatively little is known about how communities that continue to live in the most degraded parts of the basin adapt, persist, and envision their futures, particularly in rural settlements. Through a mixed-methods, exploratory comparative design, we examine community-level resilience and adaptation on both sides of the former shoreline. Fieldwork was conducted in settlements surrounding the remaining bodies of water in Kazakhstan (North Aral region) and Karakalpakstan in Uzbekistan (South Aral region). This research combined structured household surveys, semi-structured interviews, and field observations. Guided by a social-ecological systems framework, we analyze how environmental change intersects with socioeconomic conditions, governance arrangements, and historical legacies to shape adaptation options.

Our results identify multiple interacting stressors and distinguish chronic pressures from episodic shocks. Across sites, decisions to remain are influenced by place attachment, limited mobility, and family and community obligations. Social capital, especially kinship networks and informal mutual aid, emerges as a key foundation of persistence; however, it is insufficient without institutional and economic support. We observe differentiated adaptation pathways across the basin. Communities in Kazakhstan report incremental improvements associated with the ecological recovery following the construction of the Kok-Aral Dike. In contrast, communities in Karakalpakstan face structural constraints that limit incremental adaptation and increase the need for transformative interventions, including livelihood diversification and inclusive governance. By documenting how resilience emerges under persistent socio-ecological stress, this study provides empirical insights for climate adaptation and water governance in arid and semi-arid regions.