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This report presents the second-phase outcomes of the CLIMAAX-supported climate risk assessment (CRA) in the Aydin region, with a specific focus on the dairy sector. The assessment addresses the need for region-specific, data-driven insights into how climate-related hazards affect dairy production systems, rural livelihoods, and agricultural infrastructure. Building on the findings and workflows developed during Phase 1, this second phase enhances the spatial and thematic resolution of the analysis and supports data-informed local adaptation planning. The results aim to inform regional development strategies, agricultural policy interventions, and investment planning processes. In Phase 2, the assessment was expanded by incorporating ensemble-based climate projections (RCP4.5 and RCP8.5), high-resolution regional datasets, and vulnerability indicators co-developed with local stakeholders. The main actions undertaken included: (i) the introduction of new sector-specific metrics such as Heat Stress Degree-Days (HSDD) and crop-level economic loss indicators; (ii) the integration of district-level exposure and vulnerability parameters, including livestock density and cooling infrastructure; and (iii) the development of localized flood risk simulations using a rain-on-grid hydrodynamic model. These efforts were supported by field visits, farm-scale validations, and participatory workshops, ensuring that the technical assessment reflected the on-ground realities of Aydın’s dairy sector. A major innovation in Phase 2 was the use of district-level dairy-specific exposure and vulnerability metrics, such as the spatial distribution of cooling infrastructure and livestock density. For instance, the risk of heat-induced milk loss was assessed by combining HSDD trends with assumptions on farm-scale ventilation fan availability. A similar approach was used to quantify fertility losses under heat stress, and to assess economic risks from agricultural drought through crop-level modeling. River flood risks were simulated using a rain-on-grid hydrodynamic model calibrated for historical and future scenarios, revealing a marked increase in flood depths and economic damage under the RCP8.5 scenario. By tailoring the CLIMAAX risk workflows to the specific context of Aydın’s dairy sector and integrating local data with multi-hazard climate projections, the assessment contributes directly to the project’s overarching goals: enhancing regional risk understanding, enabling evidence-based adaptation planning, and creating transferable methodologies for use in other regions. The results serve as proof of concept for how localized CRA applications can generate actionable outputs that feed into national adaptation strategies, rural development frameworks, and future CLIMAAX demonstrators. The findings confirm that climate change will significantly intensify and compound multiple risks for dairy farming in Aydin. Heat stress already causes substantial milk and fertility losses, and this is expected to become chronic. Precipitation patterns are shifting toward shorter but more intense rainfall events, increasing the flood risk for farms situated in the Büyük Menderes Basin. Additionally, water scarcity will reduce the yields of forage crops, directly threaten feed availability and raising production costs. These projections are especially critical for small and medium-scale farms with limited adaptive capacity. The assessment concludes that a shift from reactive to systemic risk management is urgently needed. Investments in climate-resilient infrastructure, improved irrigation systems, and data-driven early warning strategies will be essential. The final phase of the project will focus on further stakeholder engagement and supporting the integration of findings into regional adaptation and rural development policies. The final phase of the project will focus on translating these findings into concrete action. Planned activities include developing farm-level adaptation strategies, strengthening policy alignment with regional planning efforts, and organizing a stakeholder congress to ensure wide dissemination and institutional uptake of the project outcomes.