Continuous monitoring of water surfaces is essential for water resource management. This
study presents a nonparametric unsupervised automatic algorithm for the identification of …

High-mountain water bodies represent critical components of their ecosystems, serving as
vital freshwater reservoirs, environmental regulators, and sentinels of climate change. To …

Water stock monitoring is a major issue for society on a local and global scale. Sentinel-1&2
satellites provide frequent acquisitions to track water surface dynamics, proxy variables to …

The carrying capacity of water resources is key to the sustainable development of arid and
semi-arid regions. There are important challenges related to the detection of discontinuous …

There exist thousands of water bodies in watersheds, including large-scale water bodies,
such as reservoirs, and small-scale water bodies, such as lakes, ponds, etc. In basin flood …

Deep learning models have achieved great success in water body extraction (WBE) from
remote sensing images. However, the existing deep learning-based extraction methods …

Deep learning techniques became crucial in analyzing satellite images for various remote
sensing applications such as water body detection. Water body segmentation helps identify …

Flooding periodicity is crucial for biomass production and ecosystem functions in wetland
areas. Local monitoring networks may be enriched by spaceborne derived products with a …

The interpretation of Ground-penetrating Radar (GPR) is commonly performed by different
GPR experts, resulting in somehow subjective results, especially in complicated …

The coastal zone is the most active natural area on the Earth's surface and has the most
favorable resources and environmental conditions. Therefore, it is of great significance to …