WCOM: The science scenario and objectives of a global water cycle observation mission

Jiancheng Shi, Xiaolong Dong, T. Zhao, Jinyang Du, Lingmei Jiang, Yang Du, Hao Liu, Zhenzhan Wang, Dabin Ji, C. Xiong
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引用次数: 52

Abstract

Earth observation satellites play a critical role in providing information for understanding the global water cycle, which dominates the Earth-climate system. However, limitations in observations will restrict our current ability to reduce the uncertainties in the information used to make decisions regarding to water use and management. Under the support of “Strategic Priority Research Program for Space Sciences” of the Chinese Academy of Sciences, a new satellite concept of global Water Cycle Observation Mission (WCOM) is proposed, aiming to provide higher accuracy and consistent measurements of key elements of water cycle from space, including soil moisture, ocean salinity, freeze-thaw, snow water equivalent and etc. The expected more consistent and accurate datasets would be used to refine existing long-time series of satellite measurements, to constrain hydrological model projections and to detect the trends necessary for global change studies.
WCOM:全球水循环观测任务的科学设想和目标
地球观测卫星在提供信息以了解主导地球气候系统的全球水循环方面发挥着关键作用。然而,观测的局限性将限制我们目前减少用于就水的使用和管理作出决定的信息中的不确定性的能力。在中国科学院“空间科学战略重点研究计划”的支持下,提出了全球水循环观测任务(WCOM)的新卫星概念,旨在从空间提供更高精度和一致性的水循环关键要素测量,包括土壤湿度、海洋盐度、冻融、雪水当量等。预期的更加一致和准确的数据集将用于改进现有的长期卫星测量序列,限制水文模型预测,并探测全球变化研究所必需的趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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