HYDROGEOLOGY OF KYRGYZSTAN-KAZAKHSTAN EXPLORATION FOR HYDROGEN-WATER MARKET DEVELOPMENT

R. Amanzholova, D. Adenova, K. Amanzholov, D. Murat, B. Dujsebek, Zh. Sagin, D. Sarsekova, S. Orunbaev, M. Aliev
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Abstract

Water scarcity is one of the global risks in arid and semi-arid regions such as Central Asia (CA), including Kyrgyzstan-Kazakhstan. The main rivers of Central Asia are transboundary, such as the Chu-Talas River basin, which is located on the territory of Kyrgyzstan and Kazakhstan. Natural and man-made factors such as climate change can lead to water crises and conflicts due to reduced water supplies and deteriorating water quality. Unfortunately, in Central Asia, surface water resources are mainly studied, and groundwater resources are excluded from open analytical analysis. At the same time, groundwater is a vital component of the river basin ecosystem and should be studied simultaneously with surface water to obtain a more complete analysis of the sustainability of the integrated surface-groundwater system of the basin. Combined scientific research of surface and groundwater, forecasting the water balance of basins is associated with great difficulties in transboundary cooperation of specialists from meteorologists, hydrologists, hydrogeologists of bordering states. Basically, cross-border negotiations are dominated by departmental management, more administrative management, without system planning, analysis of adaptation and preparation for natural processes, without stimulating the involvement of the local population, students of schools, colleges and universities in studying, conducting field water research, modeling surface water balances -groundwater of swimming pools. Local residents of the villages of the basins of Kyrgyzstan and Kazakhstan need increased joint support for advanced training of the population, opportunities for adaptation to climate change in the school-college-industry-university chain. Joint hydrogeological studies of natural processes in Kyrgyzstan and Kazakhstan are poorly developed. Kyrgyzstan-Kazakhstan is missing out on opportunities for joint cooperation. In many countries there is now a “gold rush” of hydrogeological research and research on natural geological “white” hydrogen, including on the France-German border, where the world’s largest underground reserves of hydrogen have been discovered. It is important for Kyrgyzstan and Kazakhstan to strengthen cooperation with the creation of growth incentives, support for researchers, hydrogeologists, and strengthening of the Academies of Sciences of the two countries. This review presents opportunities for strengthening cooperation between Kyrgyzstan and Kazakhstan, including joint effective management of natural resources, studying the hydrogeology of Kyrgyzstan and Kazakhstan for the effective joint use of hydrogen and water resources of the two countries.
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吉尔吉斯斯坦-哈萨克斯坦氢水市场开发勘探的水文地质问题
缺水是中亚(包括吉尔吉斯斯坦-哈萨克斯坦)等干旱和半干旱地区面临的全球风险之一。中亚的主要河流都是跨界河流,如位于吉尔吉斯斯坦和哈萨克斯坦境内的楚河-塔拉斯河流域。由于供水减少和水质恶化,气候变化等自然和人为因素可能导致水危机和冲突。遗憾的是,中亚地区主要研究地表水资源,地下水资源被排除在公开分析之外。同时,地下水是流域生态系统的重要组成部分,应与地表水同时研究,以便更全面地分析流域地表水-地下水综合系统的可持续性。地表水和地下水的综合科学研究以及流域水量平衡的预测工作,给毗邻国家的气象学家、水文学家和水文地质学家等专家的跨境合作带来了巨大困难。跨国界谈判基本上是以部门管理为主,更多的是行政管理,没有系统规划、适应性分析和自然过程的准备,也没有鼓励当地居民、中小学和大学的学生参与学习、进行实地水研究、地表水平衡建模和游泳池地下水建模。吉尔吉斯斯坦和哈萨克斯坦盆地村庄的当地居民需要更多的联合支持,以便在学校--学院--工业--大学链条中对居民进行高级培训,提供适应气候变化的机会。吉尔吉斯斯坦和哈萨克斯坦对自然进程进行的联合水文地质研究还很薄弱。吉尔吉斯斯坦-哈萨克斯坦正在错失联合合作的机会。目前,许多国家都掀起了水文地质研究和天然地质 "白 "氢研究的 "淘金热",包括在法国和德国边境发现了世界上最大的地下氢储量。吉尔吉斯斯坦和哈萨克斯坦必须加强合作,建立增长激励机制,支持研究人员和水文地质学家,并加强两国科学院。本报告提出了吉尔吉斯斯坦和哈萨克斯坦加强合作的机会,包括共同有效地管理自然资源,研究吉尔吉斯斯坦和哈萨克斯坦的水文地质,以有效地共同利用两国的氢和水资源。
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SUCCESS FACTORS OF PROJECTS IN GLOBAL COMPANIES THE ROLE OF ENVIRONMENTAL ACCOUNTING IN ACHIEVING SUSTAINABLE DEVELOPMENT: EVIDENCE FROM KAZAKHSTAN COMPARATIVE ANALYSIS OF ATOMSPHERE POLLUTION IN WESTERN KAZAKHSTAN REGIONS THE INFLUENCE OF MACROECONOMIC FACTORS ON THE TOTAL ANNUAL VOLUME OF INVESTMENTS IN PPP PROJECTS HYDROGEOLOGY OF KYRGYZSTAN-KAZAKHSTAN EXPLORATION FOR HYDROGEN-WATER MARKET DEVELOPMENT
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