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Coupling Relations between Material and Information in Mountain-Basin System in Middle Asia

机译:中亚山区盆地系统中物质与信息的耦合关系

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摘要

The system consisted of Tarim Basin and Tianshan and Kunlun mountains is a typical mountain-basin system in arid zone in middle Asia. Processes and models of material circulation, energy conversion and information transmission is controlled by some factors including geomorphologic features and particularity of caloricity, climate and hydrology as well as vegetation and soil. In addition, they also decide the macroscopically landscape pattern in the system. Mountainous area provides rich saccharoid for the basin, which is important parent material for oasis formation. Meanwhile, surface water and groundwater are transferred from mountainous area to the basin, which affects macroscopically patterns of natural oasis. Under the background of global changes, the correlation between material and information should be taken into account. Based on achievements of modern science and technology, variation characteristics and evolution tendency as well as sustainable development way of mountainous system ought to be studied in arid zone.
机译:塔里木盆地与天山和昆仑山组成的系统是中亚干旱地区的典型山盆系统。物质循环,能量转换和信息传递的过程和模型受某些因素控制,这些因素包括地貌特征和热量,气候和水文学以及植被和土壤的特殊性。此外,它们还决定了系统中的宏观景观格局。山区为盆地提供了丰富的糖类,这是绿洲形成的重要母体。同时,地表水和地下水从山区转移到盆地,这从宏观上影响了天然绿洲的格局。在全球变化的背景下,应考虑材料和信息之间的相关性。根据现代科学技术成果,应在干旱区研究山地系统的变化特征,演化趋势以及可持续发展方式。

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