Advances in Remote Sensing of the Inland and Coastal Water Zones

Advances in Remote Sensing of the Inland and Coastal Water Zones

DTM; seabed; hydrography; UAV; topobathymetry; data reduction; spatial interpolation; terrain modeling; atmospheric correction; CASI-1500; Polymer; remote sensing reflectance; coastal waters; USV; UAV; digital bathymetric model; bathymetry; spatial interpolation; data fusion; hydrography; surface modeling; submerged aquatic vegetation; macrophytes; OBIA; GeOBIA; high-resolution; unmanned aerial vehicle (UAV); coastal monitoring; image processing; object detection; underwater reef; sound speed in water; sound velocity profiler; hydrographic surveys; reliability of digital sea bottom model; coastal zone; shoreline changes; erosion/accretion; multi-temporal orthophotomaps; remote sensing; Digital Elevation Model (DEM); geo-information services; Mobile Augmented Reality (MAR); inland and coastal water zones; navigation; spatial databases and GIS; Virtual Reality Geographic Information System (VRGIS); adjacency effects; surface reflectance; atmospheric correction; aerosol; 6SV; radiative transfer; remote sensing; coastal dynamics; coastline erosion; vertical ground displacement; InSAR; HLS data; Lake Erie; NDVI; vegetation classification; sea–land mapping; cloud computing; remote sensing; coastal monitoring; Guadiaro river; n/a

This reprint covers works related to research on the environments of coastal zones and inland waters, solving complex and current scientific problems in these areas. Tasks undertaken by the authors address current research trends using contemporary remote sensing techniques and cover various thematic areas or scientific approaches. Some works propose new possibilities of using geospatial data or methods of remote sensing data processing. They include issues related to the use of augmented and virtual reality, object-oriented image analysis, UAV-based photogrammetry, fusion of hydroacoustic and photogrammetric data, spatial interpolation, and geodata reduction techniques. These methods are being developed to support safe navigation in inland waters; low-cost monitoring of underwater objects; creating bathymetric maps and topobathymetric digital models or mapping submerged aquatic vegetation. The papers also focus on improving existing solutions and demonstrate new research approaches, including atmospheric correction, adjacency effects for remotely sensed images, classification of wetland vegetation, as well as determining the speed of sound in shallow waters for hydrography applications. These papers demonstrate the potential of the information contained in the remote sensing data acquired by the various platforms, as well as techniques for image processing based on the Google Earth Engine (GEE).

Jacek Lubczonek (editor)
Paweł Terefenko (editor)
Katarzyna Bradtke (editor)
Marta Wlodarczyk-Sielicka (editor)

https://www.mdpi.com/books/reprint/6940-advances-in-remote-sensing-of-the-inland-and-coastal-water-zones

MDPI - Multidisciplinary Digital Publishing Institute

2023

Jadik Wijayanto

© by the authors

https://mdpi-res.com/bookfiles/book/6940/Advances_in_Remote_Sensing_of_the_Inland_and_Coastal_Water_Zones.pdf?v=1708985105

PDF

English

Textbooks

ISBN : 978-3-0365-6674-0 (Hardback)
ISBN : 978-3-0365-6675-7 (PDF)
DOI : https://doi.org/10.3390/books978-3-0365-6675-7

Basel, Switzerland, 2023