Description
Groundwater emergence and shoaling extents are derived from water table depth GeoTIFFs, which are calculated as steady-state groundwater model heads subtracted from high-resolution topographic digital elevation model (DEM) land surface elevations. Results are provided as image services of water table depth in specific depth ranges (lt 0 m, 0 m, 1 m, 2 m, 3-5 m, gt 5 m). Scenarios include: Kzell0p1_slr0p00m, Kzell0p1_slr0p25m, Kzell0p1_slr0p50m, Kzell0p1_slr1p00m, Kzell0p1_slr1p50m, Kzell0p1_slr2p00m, Kzell0p1_slr2p50m, Kzell0p1_slr3p00m, Kzell1_slr0p00m, Kzell1_slr0p25m, Kzell1_slr0p50m, Kzell1_slr1p00m, Kzell1_slr1p50m, Kzell1_slr2p00m, Kzell1_slr2p50m, Kzell1_slr3p00m, Kzell10_slr0p00m, Kzell10_slr0p25m, Kzell10_slr0p50m, Kzell10_slr1p00m, Kzell10_slr1p50m, Kzell10_slr2p00m, Kzell10_slr2p50m, Kzell10_slr3p00m.
Resources
| Name | Format | Description | Link |
|---|---|---|---|
| Esri REST API Endpoint | JSON | Each image service displays a class for the SLR with hydraulic conductivity multipliers of 0.1, 1, or 10. | Open resource |
Tags
- 020:072
- beaches
- climate change
- connecticut
- delaware
- earth sciences
- effects of climate change
- environment
- floods
- ground water
- groundwater flow
- hazards planning
- maine
- maryland
- massachusetts
- mathematical modeling
- new hampshire
- new jersey
- new york
- pennsylvania
- physical habitats and geomorphology
- rhode island
- sea level change
- sea-level change
- sea level rise
- united states
- virginia
- washington dc
- water
- water depth