The construction of new breakwaters in Anzali port has had a significant impact on the water body international lagoon. wetland is under threat from sediment influx mountainous regions, and study used satellite image processing to demonstrate how impedes natural transfer lagoon sea. methodology employed hybrid approach combining two methods: normal index (MNDWI) supervised classification (SVM) ...

Abstract Introduction After flood occurrences, remote sensing images provide crucial information for mapping inundation extent. Optical satellite can be utilized to generate flooded area maps when the areas are free from clouds. Materials and Methods In this study was calculated using a variety of water indices classification algorithms, on Landsat data. Pre-flood, during flood, post-flood data...

The article presents the analysis of widespread spectral indexes results Earth remote sensing data thematic processing to reveal most representative one for applying under conditions critical increase groundwater level and salinity as well salinized soil. Long-term monitoring multispectral images LandSat-8 satellite were collected Golodnostepsky irrigation land. Sites with disturbing ameliorati...

Accurate waterbody mapping can support water-related environment monitoring and resource management. The Sentinel series satellites provide high-quality Synthetic Aperture Radar (SAR) optical observations that are commonly used in mapping. However, owing to the 10-m spatial resolution of data, previous studies mostly focused on large waterbodies. In this work, we evaluated performance small ove...

100-150 words) Remote sensing methods for locating and monitoring temporary ponds over large areas in arid lands were tested on a study site in Northern Senegal. Three main results are presented, validated with field data and intended to highlight different spectral, spatial and temporal characteristics of the methods: 1) Among several water indices tested, two Middle InfraRed-based indices (MN...

100-150 words) Remote sensing methods for locating and monitoring temporary ponds over large areas in arid lands were tested on a study site in Northern Senegal. Three main results are presented, validated with field data and intended to highlight different spectral, spatial and temporal characteristics of the methods: 1) Among several water indices tested, two Middle InfraRed-based indices (MN...

Abstract Peatlands as natural carbon sinks have a major impact on the climate balance and should therefore be monitored protected. The hydrology of peatland serves an indicator storage capacity. Hence, we investigate question how suitable different remote sensing data are for monitoring size open water surface table depth (WTD) ecosystem. Furthermore, examine potential combining this purpose. W...

The Ping River, located in northern Thailand, is facing various challenges due to the impacts of climate change, dam operations, and sand mining, leading riverbank erosion deposition. To monitor accretion, this study employs remote sensing GIS technology, utilizing five water indices: Normalized Difference Water Index (NDWI), Modified (MNDWI), Soil-Adjusted Vegetation (SAVI), Ratio (WRI), Autom...