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Preface

机译:前言

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摘要

The hydrosphere is dynamic across the major compartments of the Earth system: the atmosphere, the oceans and seas, the surface waters over the emerged territories, and the groundwaters within diverse substrata below the two last compartments. The global geography of the hydrosphere essentially depends on thermodynamic and mechanical processes which develop within the latitudinal and geomorphological structure. Interfaces between these major compartments are very diverse across the world, essentially depending on the particular structural settings of latitude and geomorphology. Water-related processes at these interfaces are complex, depending both on the interface itself (geometry, permeability, (an-)isotropy, ...), and on the characteristics of the particular interfaced compartments (governing processes, characteristic scales, size, remote drivers in time and space, associated biogeochemical flows, ...).
机译:水圈在地球系统的主要部分中是动态的:大气,海洋,新兴地区上的地表水以及最后两个部分之下的不同地层内的地下水。水圈的全球地理本质上取决于在纬度和地貌结构内发展的热力学和机械过程。这些主要区室之间的接口在全世界范围内非常不同,这主要取决于纬度和地貌的特定结构设置。这些界面上与水相关的过程非常复杂,这取决于界面本身(几何形状,渗透率,(各向异性)等)以及特定界面隔室的特征(治理过程,特征尺度,尺寸,时空的远程驱动器,相关的生物地球化学流等)。

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