Accurate water extraction and quantitative estimation of water quality are two key and
challenging issues for remote sensing of water environment. Recent advances in remote …

Deterministic models have emerged as a widely accepted tool for investigations in lentic
aquatic ecosystems. In this study, an extensive literature review is provided by an inventory …

The hydrological regime of a lake is largely dependent on its bathymetry. A dramatic water
level reduction has occurred in Poyang Lake in recent years, coinciding with significant bed …

Poyang Lake is the largest freshwater lake in China. Monitoring changes of its water area is
essential for the conservation of important wetlands and ecological resources, and plays an …

Abstract Study region Poyang Lake, the largest freshwater lake in China, is connected to the
Yangtze River and has been undergoing shrinkage over the past decade. Study focus The …

Hydrology is a critical environmental condition for the evolution of wetland ecosystems. The
effects of hydrological changes on wetland cover are of great importance for preserving its …

In flood-prone areas, the delineation of the spatial pattern of historical flood extents, damage
assessment, and flood durations allow planners to anticipate potential threats from floods …

The quantity and quality of surface water are inherently connected yet are overwhelmingly
studied separately in the field of remote sensing. Remotely observable water quantity (eg …

Assessing water exchange capability is an essential step to understand the vulnerability of
waterbody to potential pollution. To characterize the spatiotemporal variations of water …

During summer 2020, the most catastrophic flood in the 21st century attacked the Poyang
Lake region, one of the flood-prone areas in China. To explore the occurrence mechanism …