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FL-ID-IVM-500
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-5
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
CF-ID-IVM-1000
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
CF-ID-IVM-10
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
FL-ID-IVM-250
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-10
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
CF-ID-IVM-100
Coastal flood inundation layers for Indonesia. The inundation estimates were computed using a GIS-based planar approach, which uses extreme water levels from the DIVA model and... -
FL-ID-IVM-25
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-50
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-1000
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
FL-ID-IVM-100
Fluvial flood inundation layers for Indonesia, from an adapted version of the GLOFRIS global flood model. Flood inundation maps were provided for 8 return periods between 5yr... -
Seneca Terrain models
Terrain models representing river channel and terrestrial surface elevations were developed for use in 2D hydraulic modeling with HEC-RAS software. Channel bed elevations were... -
Shoreline change at Alaska coastal communities, Naknek, Alaska
The Division of Geological & Geophysical Surveys has analyzed long-term shoreline change at 48 Alaska communities. Shoreline datasets were compiled from previously published... -
DSWEmod surface water map composites generated from daily MODIS images - Cali...
USGS researchers with the Patterns in the Landscape – Analyses of Cause and Effect (PLACE) project are releasing a collection of high-frequency surface water map composites... -
Decomposition of plant litter in Pacific coast tidal marshes, 2014-2015
Decomposition of plant matter is one of the key processes affecting carbon cycling and storage in tidal wetlands. In this study, we evaluated the effects of factors related to... -
Environmental and Vegetation Data from Marsh-Forest Transgression Experiment ...
We conducted a field experiment at the Moneystump Swamp in the Blackwater National Wildlife Refuge in Dorchester, MD, USA to simulate a natural forest disturbance event (e.g.,... -
Isolating anthropogenic wetland loss by concurrently tracking inundation and ...
Technique and resulting data for the identification of disturbed and inundated areas within the Mid-Atlantic region, data inputs, disturbance maps, and accuracy/validation... -
NOAA Office for Coastal Management Coastal Inundation Digital Elevation Model...
These data were created as part of the National Oceanic and Atmospheric Administration Office for Coastal Management's efforts to create an online mapping viewer called the Sea... -
Tsunami inundation maps of the villages of Chenega Bay and northern Sawmill B...
Potential tsunami hazards for the community of Chenega Bay, located on Evans Island between Sawmill and Crab bays, were evaluated by numerically modeling the extent of... -
Seneca Terrain models
Terrain models representing river channel and terrestrial surface elevations were developed for use in 2D hydraulic modeling with HEC-RAS software. Channel bed elevations were...
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