The research examines the potential, implementation strategies, and challenges associated with the development of green infrastructure in agricultural construction across the diverse regions of the Kyrgyz Republic. Employing a mixed-methods approach, the authors integrate quantitative analysis of official statistical data with qualitative evaluation of policy frameworks, expert opinions, and field observations. A comparative regional assessment encompassing nine administrative areas of the Kyrgyz Republic, including Bishkek and Osh, reveals significant disparities in investment levels, construction intensity, and the adoption of sustainable practices. The proposed model of sustainable agricultural construction incorporates environmental technologies, water resource management, renewable energy integration, social inclusion, economic viability, and climate adaptation measures. The results of this research underscore the importance of coherent policy coordination, capacity-building programs, and the diffusion of innovative, resource-efficient technologies. The research concludes that strengthening institutional support and promoting cross-sectoral cooperation are critical for enhancing the resilience, productivity, and environmental sustainability of Kyrgyzstan’s agricultural sector in the context of climate change.

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Green Infrastructure for Agriculture: Adapting to Climate Change Through Sustainable Construction

  • Aiganysh A. Saiakbaeva,
  • Nelli I. Akylbekova,
  • Temirlan Taalaibek,
  • Ainura J. Kenzhekaraeva,
  • Kanyshai A. Toktalieva

摘要

The research examines the potential, implementation strategies, and challenges associated with the development of green infrastructure in agricultural construction across the diverse regions of the Kyrgyz Republic. Employing a mixed-methods approach, the authors integrate quantitative analysis of official statistical data with qualitative evaluation of policy frameworks, expert opinions, and field observations. A comparative regional assessment encompassing nine administrative areas of the Kyrgyz Republic, including Bishkek and Osh, reveals significant disparities in investment levels, construction intensity, and the adoption of sustainable practices. The proposed model of sustainable agricultural construction incorporates environmental technologies, water resource management, renewable energy integration, social inclusion, economic viability, and climate adaptation measures. The results of this research underscore the importance of coherent policy coordination, capacity-building programs, and the diffusion of innovative, resource-efficient technologies. The research concludes that strengthening institutional support and promoting cross-sectoral cooperation are critical for enhancing the resilience, productivity, and environmental sustainability of Kyrgyzstan’s agricultural sector in the context of climate change.