The mapping of water surfaces is important for water resource and flood monitoring.
Synthetic Aperture Radar (SAR) images can be used to monitor water bodies and detect …

With the growth of cloud computing, the use of the Google Earth Engine (GEE) platform to
conduct research on water inversion, natural disaster monitoring, and land use change …

High‐frequency monitoring of reservoir inundation and water storage changes is crucial for
reservoir functionality assessment and hydrological model calibration. Although the …

To improve flood prediction accuracy in the basin, this paper constructs a modified
Xin'anjiang (M-XAJ) model to account for the regulatory and storage effects of small-scale …

The existing water scarcity in the Brazilian semiarid region, associated with anthropic
activities, imply in the degradation of the watersheds present in the Caatinga. Therefore, the …

Using remote sensing data to accurately record water surface changes over large areas is
crucial in monitoring water resources. However, mapping water surfaces from remote …

Riparian zones play a critical role in ecosystems. Accurately extracting the area of a riparian
zone in open water is challenging due to human activities and climate change. This study …

Inundation mapping is an essential part of environmental monitoring, flood disaster
management and risk mitigation. There are many earth observation sensors that can provide …

Effective features play an important role in synthetic aperture radar (SAR) image
interpretation. However, since SAR images contain a variety of terrain types, it is not easy to …

Snail intermediate host monitoring and control are essential for interrupting the parasitic
disease schistosomiasis. Identifying large-scale high-risk areas of snail spread after floods …