土壤湿度作为陆地水循环中最为活跃的部分, 在陆面水分的形成, 转化和消耗过程中扮演重要
角色, 同时它也是影响水文过程, 植被状态及气候条件的关键参数. 传统的直接测量法耗时耗力 …

As the most dynamic component of terrestrial water cycling, soil moisture plays a pivotal role
in the formation, transformation, and consumption of surface water. Simultaneously, it serves …

The monitoring of flood and wetland dynamics at global scale is hampered by several
limitations, including a reduced data availability in tropical areas due to the presence of …

Frequency-domain anti-jamming technology is a common anti-jamming method for satellite
navigation receivers. 1/2 overlapping windowing can effectively solve the spectrum leakage …

When global navigation satellite system (GNSS) signals reflect off of the surfaces of lakes,
rivers, wetlands, and other inland water bodies, the surfaces are often sufficiently smooth to …

As of today, the uncertain distribution and dynamics of inundations in the tropical wetlands
cause large uncertainties in the quantification of the world's methane emissions. Long-term …

Coherent global navigation satellite system (GNSS) reflections over land predominantly
occur over surface water bodies. This study presents a method to jointly use carrier phases …

In late 2016, NASA launched the first constellation of the global navigation satellite system
reflectometry (GNSS-R) small satellites called the Cyclone Global Navigation Satellite …

Global Navigation Satellite System (GNSS) coherent ocean reflections collected at grazing
angles by Spire Global's CubeSats are explored to retrieve sea-level anomalies (SLAs) over …

Spaceborne global navigation satellite system reflectometry (GNSS-R) has shown potential
for terrestrial applications. The feasibility of monitoring and mapping surface inundation …