Dolan, Margaret||Lucieer, Vanessa||Lecours, Vincent
Marine Geomorphometry
English[eng]
geomorphology||simulation||accuracy||spatial scale||marine geomorphology||surface roughness||forage fish||satellite imagery||thalwegs||digital elevation models (DEMs)||Seabed 2030||Pacific sand lance||Acoustic applications||python||Nippon Foundation/GEBCO||Oceanic Shoals Australian Marine Park||submarine topography||multi beam echosounder||sedimentation||bedforms||carbonate banks||polychaete||cold-water coral||multiscale||automated-mapping||semi-automated mapping||sediment habitats||Atlantic Ocean||Northwestern Australia||random forest||benthic habitat mapping||paleoclimate||submerged glacial bedforms||seafloor||currents||Cenomanian–Turonian||Multibeam bathymetry||geomorphometry||ArcGIS||filter||seabed mapping||coral reefs||eastern Brazilian shelf||digital terrain analysis||multibeam spatial resolution||multibeam||multibeam sonar||Timor Sea||seafloor geomorphometry||shelf-slope-rise||terrain analysis||seafloor mapping technologies||spatial analysis||Canary Basin||paleobathymetry||Bonaparte Basin||pockmarks||benthic habitats||Malin Basin||geographic object-based image analysis||seafloor mapping standards and protocols||GIS||Bering Sea||object segmentation||Barents Sea||bathymetry||carbonate mound||underwater acoustics||integration artefacts||multibeam echosounder||domes||global bathymetry||Random Forests||North Sea||spatial prediction||Glaciated Margin||marine geology||image segmentation||shelf morphology||Alaska||paleoceanography||confidence||swath geometry||volcanoes||deglaciation||Cretaceous||DEM||habitat mapping||marine remote sensing||reconstruction||acoustic-seismic profiling||canyons