European Spatial Data for Coastal and Marine Remote Sensing

Dr. Simona Niculescu is an Associate Professor at the University of West Bretagne (UBO), France. Her research interests include land cover/land use by remote sensing, biodiversity in coastal areas, cartography of vegetation by remote sensing, sustainable development in coastal areas, and flood risk in coastal areas.

Chapter1. Detection of Coccolithophore bloom episodes in Algiers Bay using satellite and in-situ analysis.- Chapter2. Multiscale spatiotemporal NDVI mapping of salt marshes using Sentinel-2, Dove, and UAV imagery in the Bay of Mont-Saint-Michel, France.- Chapter3. Contribution of near and mid infrared wavebands to mapping fine-scale coastal ecogeomorphological features.- Chapter4. Monitoring land cover change in the south-eastern Baltic sea since the 1980s by remote sensing.- Chapter5. Assessment of land cover changes in the Allala watershed based on object based image analysis using Landsat and Sentinel-2 images.- Chapter6. Deep Learning based Bathymetry Mapping from Multispectral Satellite Data around Europa Island.- Chapter7. Assessment of coastal vulnerability to erosion risk using geospatial and remote sensing methods (case of Jerba Island, Tunisia).- Chapter8. A Random Forest approach for evaluating forest cover changes outside dikes with Sentinel images.- Chapter9. Spatial monitoring of coastal protection dikes case-study of the touristic beach "Palm Beach, west-Algiers Algeria''.- Chapter10. Monitoring shoreline changes in the Vietnamese Mekong delta coastal zone using satellite images and wave reduction structures.- Chapter11. Automatic detection of hydrodynamical and biological indicators of the shoreline using a convolutional neural network.- Chapter12. Very high-resolution monitoring and evaluation of tidal and ecological restoration in Beaussais' bay.- Chapter13. Assessment of shoreline change of Jerba Island based on remote sensing data and GIS using DSAS tools.- Chapter14. New insights into the shallow morpho-sedimentary patterns using high-resolution topo-bathymetric lidar: the case study of the Bay of Saint-Malo.- Chapter15. Spatial modeling of the benthic biodiversity using topo-bathymetric lidar and neural networks.- Chapter16. Local circalittoral rocky seascape structuring fish community: insights from a photogrammetric approach.- Chapter17. Local circalittoral rocky seascape structuring fish community: insights from a photogrammetric approach.- Chapter18. Increasing the nature-based coastal protection using bathymetric lidar, terrain classification, network modelling: reefs of Saint-Malo's lagoon?.