|
Organization
|
Primary
Responsibility |
Potential
Results Summary |
|
CEOSR,
GMU |
VAccess:
RS & GIS Data; Application Scenarios; Enabling Information
Technologies; Support Staff |
Project
Science and Management Plans; Scenarios, Infrastructure; Databases;
Internet Access; Collaboration Capabilities; Outreach; infrastructure
requirements |
|
LARSEA,
ODU |
Landscape
Epidemiology |
Data
analysis, Outreach materials, information examples, infrastructure
requirements |
|
Geography,
UMDCP |
LIDAR |
Footprint
of entire Chesapeake water-shed; surface topography maps with
high accuracy; vegetation canopy maps; demonstration of
LIDAR, in an operational mode |
|
Forestry,
VT
|
Natural
resource applications of RS & Geospatial IT |
Adoption
of RS and geospatial information to enable precision forestry;
prototyping applicable tools and protocols; |
|
Center
for Atmospheric Sciences & Research
Center for Optical Physics, Hampton
University
|
Advanced
Analysis for Remote Sensed Data
|
Natural
event images/effects; analysis tools; education & public outreach
materials & website; infrastructure requirements; LIDAR lab
for air pollution studies
|
|
Virginia
Space Grant Consortium,
ODU
|
VSGC
Educational Programs |
Management,
Faculty/Student funding support; Application needs; infrastructure
requirements |
|
William
& Mary, VIMS
|
Interactive
Internet GIS/RS Tutorial
|
Desktop
GIS/RS for solving natural resource challenges; infrastructure
requirements |
|
Mechanical
& Aerospace Engineering, UVA
|
Educating
undergraduates in sensor design & missions |
MODIS
validation analog; Model products for future customers; infrastructure
requirements
|