Artificial Neural Networks for Mapping Coastal Lagoon of Chilika Lake, India, Using Earth Observation Data - Lemenkova, Polina (Journal of marine science and engineering, 2024)
Keywords: Algorithms; Analysis; Anthropogenic factors; Artificial Intelligence; Artificial neural networks; Asia; Automation; Beach erosion; Biodiversity; Brackish water; Classification; Climate change; Climate effects; Coastal ecology; Coastal erosion; Coastal lagoons; Coastal waters; Coastal zone; Coasts; Computer Science; Computer vision; Computer Vision and Pattern Recognition; Computers and Society; Data processing; Earth resources technology satellites; Earth Sciences; Ecology, environment; Ecosystem components; Ecosystem structure; Ecosystems; ensemble learning; Environmental impact; Environmental monitoring; Environmental Sciences; Eutrophication; Fishing; functional algorithm; Geographic information systems; Geographical information systems; Geospatial data; GRASS GIS; Groundwater discharge; Habitats; hazards; Hydrology; Image analysis; Image classification; Image processing; India; Information systems; Iran; Lagoons; Lakes; Land cover; Landsat; Landsat satellites; Landscape; Life Sciences; Machine learning; Machine vision; Mapping; Microplastics; Monsoons; Multilayer perceptrons; Natural resources; Netherlands; Neural networks; Nutrients; Overexploitation; Pattern recognition; Plastic debris; Plastic pollution; Precipitation (Meteorology); Programming Languages; Rare species; Remote sensing; risk assessment; Satellite imagery; Sciences of the Universe; Sediments; Support systems; Support vector machines; Taxonomy; Temporal variations; Threatened species; Wetlands; Netherlands; Iran; Asia; India; Bay of Bengal; functional algorithm; Cartography; risk assessment; scikit-learn; Landsat; India - Odisha; machine learning; classification; image analysis