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 …

Large-scale and dynamic surface water mapping is crucial for understanding the impact of
global climate change and human activities on the distribution of surface water resources …

Due to the large quantity of noise and complex spatial background of the remote sensing
images, how to improve the accuracy of semantic segmentation has become a hot topic …

Lakes are an important component of global water resources. Lake water bodies extraction
based on satellite remote sensing mainly utilizes optical or radar data. However, due to the …

Abstract Changes in land-use/land-cover (LULC) give rise to several environmental
problems which modify the microclimate of a region. Therefore, land surface temperature …

River water extent is critical for understanding river discharge or its hydrological conditions.
Although numerous methods have been proposed to map river water from either optical or …

High spatial and temporal resolution remote sensing data are becoming readily available.
This has made the use of remote sensing to monitor and quantify spatiotemporal changes in …

The high spatial and temporal resolution of water body data offers valuable guidance for
disaster monitoring and assessment. These data can be employed to quickly identify water …

This study presents an automated methodology to generate training data for surface water
mapping from a single Sentinel-2 granule at 10 m (4 band, VIS/NIR) or 20 m (9 band …

Accurate surface water mapping is crucial for watershed planning and safeguarding
regional water resources. The study aimed to extract the extent of seasonal surface water …