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| 1 | Recent Progress on Hydrogeodesy in China显示文摘Modern geodetic technologies,including high-precision ground-based gravity measurements,satellite gravimetry,satellite altimetry,Global Navigation Satellite Systems(GNSS),and Interferometric Synthetic Aperture Radar(InSAR),offer a wealth of observations for monitoring global hydrological processes with exceptional accuracy and spatio-temporal resolutions.Mass redistribution and Earth’s surface deformation over land related to global and regional water cycling can be inferred from modern gravimetry,altimetry,GNSS,and InSAR techniques.Hydrogeodesy becomes an emerging field of geodesy aiming to analyze the changes of water in the Earth system.The paper introduces the China’s advances in hydrogeodesy in recent years.It brings together multiple geodetic teams’work from China,showcasing the application of modern geodetic technologies in the field of hydrology,including research on terrestrial water storage,groundwater storage,glaciers/ice sheets,and reservoir water storage. | Wei FENG Yuhao XIONG Shuang YI Bo ZHONG Xiaodong CHEN Yulong ZHONG Yuanjin PAN Lin LIU Wei WANG Min ZHONG | 2023 | Journal of Geodesy and Geoinformation Science2023，6，3： | 0 |
| 2 | 利用GNSS地表形变反演区域陆地水储量变化的进展显示文摘连续密集的全球导航卫星系统(global navigation satellite system,GNSS)观测的地表形变可用于反演高时空分辨率的区域陆地水储量(terrestrial water storage,TWS)变化,对区域水循环和气候变化的研究具有重要意义,已成为当前水文大地测量领域的一个研究热点。介绍了利用GNSS地表形变反演区域TWS变化的负荷格林函数法和Slepian基函数法,在此基础上评估了GNSS反演TWS变化的稳定性及性能,并重点评述了将其应用于区域水循环和极端气候变化研究的最新进展。对当前GNSS反演TWS变化方法存在的问题及未来发展趋势(如数据精细处理、多类数据联合反演等)进行了总结与展望,以期对未来利用GNSS监测技术研究区域TWS变化及相关应用提供参考。 | 李建成 李贤炮 钟波 | 2023 | 武汉大学学报(信息科学版)2023，48，11： | 0 |
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