1. profile
3D model of terrain corossection with
predicted net erosion/deposition potential draped
as a color map and thickness of deposits
displayed using second surface. Draped points
show location of sampling sites.
Created with NVIZ, using its multiple surface
and cutting plane capabilities.
2. sediment flow
Sediment flow rate draped as a surface amd color
over 3D terrain model
3. water
sediment
Spatial distribution of steady state water depth
and sediment flow rates draped over a 3D view
of terrain.
4. multiscale waterA
B
NVIZ provides flexibility to create 3D views of
data with heterogeneous (spatially variable) resolution
and detail as illustrated by multiscale simulation
of steady state water depth by SIMWE draped of terrain model
(entire watershed and zoom-in at high resolution area)
5. soil1
soil2
soil3
Using point symbols and multiple surfaces to visualize
soil properties.
Provided by Geographic Modeling Systems Laboratory at University of Illinois at Urbana-Champaign using methods, tools and images developed by H.Mitasova, W.M.Brown, GMSLab and L. Mitas, NCSA).
Three versions of global color map draped over terrain and wrapped around a sphere using SG3d (some with draped vectors).
8. SW Pacific
Close up of bathymetry and island chains in the SW Pacific.
9. zone
Multiple surfaces used with a mask to show an air danger zone surrounding simulated artillery position.