Troposphere is the most closely related to human activities in the geospace environment,
and water vapor is one of the most important components in the lower atmosphere. Although …

The potential of precipitable water vapor (PWV) maps retrieved by remote sensing satellites
can address the geometry defect of global navigation satellite system (GNSS) observations …

A near real-time troposphere tomography system (WATS-NRT) based on Global Positioning
System (GPS) slant wet delays (SWD) was developed to reconstruct three-dimensional wet …

Abstract Global Navigation Satellite Systems (GNSS) tropospheric tomography can reflect a
three-dimensional distribution of water vapour. However, the common ill-posed problem for …

对流层和电离层是地球**地空间环境中两个重要的组成部分, 是靠**地球表面且与人类生活联系
最密切的大气圈层. 全球导航卫星系统技术的快速发展, 为GNSS 空间环境学的研究提供了良好 …

GPS-based water vapor tomography has been proved to be a cost-effective means of
obtaining spatial and temporal distribution of atmospheric water vapor. In previous studies …

The GNSS tropospheric tomography technique has been proven to be a powerful tool for
three-dimensional water vapor reconstruction. In most previous studies, the signals leaving …

Water vapor is one of the primary greenhouse gases and significantly impacts the
atmosphere. Water vapor is the most active meteorological element and varies rapidly in …

Water vapor information with highly spatial and temporal resolution can be acquired using
Global Navigation Satellite System (GNSS) water vapor tomography technique. Usually, the …

Global Navigation Satellite System (GNSS) troposphere tomography has become one of the
most cost-effective means to obtain three-dimensional (3-d) image of the tropospheric water …