Abstract
The article presents an economic analysis of perennial plantings in the territory of the Chui region under conditions of global climate change. Financial aspects, risks, and prospects for the development of agriculture in the context of climate change are considered. Special attention is paid to the impact of temperature and precipitation changes on the resilience and productivity of perennial plantings. The aim of the research is to determine optimal adaptation strategies and investment opportunities for agricultural enterprises in the Chui region. The significance of this analysis lies in its ability to assess the economic consequences of climate change on agricultural crops and identify potential risks and opportunities for the agricultural sector in the Chui region
Keywords
References
[1] Belek, U.E., & Chortombaev, U.T. (2023). Implementation of innovative technologies for the effective use of perennial plantations in the conditions of Chuy region. Bulletin of the Kyrgyz National Agrarian University named after K.I. Skryabin, 4(67), 64-76.
[2] Belek, U.E., & Chortombaev, U.T. (2024). Promising directions for increasing the economic efficiency of growing perennial crops in Chuy region. Bulletin of the Kyrgyz National Agrarian University named after K.I. Skryabin, 1(68), 51-60.
[3] Brown, M. (2020). Financial strategies for population development. Finance and Economics, 22(12), 30-45.
[4] Ivanova, A. (2019). Adaptation of agricultural systems to climate change: Economic analysis. In Economic literature (pp. 100-120). Moscow: Ekonomicheskaya Literatura.
[5] Kosyakin, A.S., Dzhura, N.Yu., & Vorobev, V.F. (2010). Department of methodology, economics, and design of perennial plantations. Fruit and Berry Growing in Russia, 25, 344-360.
[6] Kruglyak, Z.I. (2021). Perennial fruit plantations as an accounting object: Assessment and classification. Natural-Humanitarian Studies, 37(5), 377-383.
[7] Krupina, N.N. (2017). "Living" fixed assets (perennial green plantations) as an object of economic analysis. Economic Analysis: Theory and Practice, 16(11), 204-206.
[8] Smith, J. (2023). Economics of climate change in the agricultural sector. Economic Geography, 10(3), 50-65.