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From: PD0RDD@PI8WNO.#UTR.NLD.EU
To : NASA@WW
Onderwerp: NASA SELECTS REGIONAL EARTH SCIENCE APPLICATIONS CENTERS
David E. Steitz
Headquarters, Washington, DC October 22, 1998
(Phone: 202/358-1730)
RELEASE: 98-193
NASA SELECTS REGIONAL EARTH SCIENCE APPLICATIONS CENTERS
NASA's Office of Earth Science has selected nine
public/private consortia throughout the U. S. to form seven
Regional Earth Science Applications Centers (RESACs). The RESAC
program will use NASA's Earth science results, technologies and
data products to help resolve issues with regional economic and
policy significance and to support regional assessments supporting
the U.S. Global Change Research Program.
The centers selected will be comprised of "end-to-end"
consortia (from user needs definition to product delivery) and
will include members from the research community, private
industry, public agencies and other potential information users in
the public and private sectors. The selected consortia involve
over 20 private companies, about ten state and local government
agencies, 20 Federal agency regional offices, and 15 universities.
The RESACs will apply state-of-the-art NASA Earth science
research results to such diverse areas as precision farm
management; monitoring of forest growth and health; regional water
resources and hydrology; assessment of the impact of long-term
climate variability and change; land cover and land use mapping;
agricultural crop disease and infestation detection; management of
fire hazards; watershed and coastal management; environmental
monitoring; and primary and secondary science education.
For example, one RESAC will address water management problems
in the arid Southwestern U. S. Using hydrologic models derived
from NASA-sponsored research, the RESAC will use spaceborne and
airborne instruments to provide improved information on water
resource availability. This information will assist planners in
developing strategies for resource allocation among competing
economic and environmental uses in a rapidly evolving global
economy.
"Regional-scale problems are well-suited to NASA's Earth
science data and technology; no other system of observation is
available for analyzing such large-scale issues," said Dr. Ghassem
Asrar, Associate Administrator for Earth Science, NASA
Headquarters, Washington, DC. "This program will capitalize on
the science and technology developed over the past decade by
NASA's Earth Science enterprise to provide solutions to practical
and societal problems that exist today and help in mitigating them
in the future."
"The selection of the RESACs is the first of a number of
planned NASA initiatives to develop new methods for bringing
together the research, service and user communities to apply
NASA's research results to practical, near-term problems," added
Alex Tuyahov, Manager, Earth Science Applications Research
Program, NASA Headquarters.
The selected consortia are:
Northern Great Plains RESAC, led by George A. Seielstad of
the University of North Dakota
Northeast Applications of Useable Technology In Land Planning
for Urban Sprawl RESAC, led by Chester Arnold of the University of
Connecticut
NASA Southwest Earth Science Applications Center, led by
Roger C. Bales of the University of Arizona
Upper Great Lakes RESAC, led by Marvin E. Bauer of the
University of Minnesota, St. Paul
Midwest Center for Natural Resource Management, led by George
R. Diak of the University of Wisconsin, Madison
Wildlands Fire Hazard Center, led by Christopher Lee of the
California State University, Dominguez Hills
Great Plains RESAC, led by Edward A. Martinko of the
University of Kansas
California Water Resources Research and Applications Center,
led by Norman L. Miller of the Lawrence Berkeley National
Laboratory
Mid-Atlantic RESAC Consortium, led by Stephen D. Prince of
the University of Maryland, College Park
NASA is investing approximately $14 million in these seven
new RESACs in FY99. The three-year grants will take advantage of
NASA's extensive Earth Science program, a long term effort to
study human-induced and natural changes in the whole Earth system.
-end-
.
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