***SPECIAL EDITION***
May 18, 1999
Internet Intellectual Infrastructure
When Internet domain-name registration fees were introduced in 1995,
30 percent of each fee collected was set aside to preserve and enhance
the Internet's "intellectual infrastructure." The National Science Foundation
(NSF) will use money from the Internet Intellectual Infrastructure Fund
to support Internet-related and Next Generation Internet projects. The
following are some of the recipients of the funds. For more information,
contact Peter West (703) 292-8070. Editor: Cheryl Dybus Contents of this News Tip:
The five campuses of the College of Rural Alaska encompass more than
200,000 square miles. Each serves scores of small Native villages, most
only accessible by air, and for more than 20 years, the telephone has
been the school's lifeline used to offer certificates and baccalaureate
programs to villagers.
"We have major infrastructure hurdles to overcome," notes Mike Sfraga,
director of research and program development for the college, which is
a division of the University of Fairbanks.
Now, a $500,000 grant from the NSF's Office of Polar Programs will
provide "decoders" that read satellite broadcasts to the college's local
campuses. This will allow the college to beam educational television broadcasts
and provide Internet access to the most remote areas.
The grant will also help village residents learn about the science that
could affect their daily lives. Michael T. Ledbetter, NSF program officer
in the Arctic sciences section, notes that "too often, these communities
have no information about the research that is going on their own backyards." [Peter
West]
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The Jornada Experimental Range in New Mexico, through a unique program,
is allowing students at Jornada Elementary School in Las Cruces, New Mexico,
and at Franklin High School in El Paso, Texas, to study long-term changes
in nearby desert plant communities with upgraded computer connections.
The innovative partnership with Jordana and local schools comes from a
grant from the Internet Intellectual Infrastructure Fund. The Jornada
range is one of more than 20 sites funded by NSF's Long Term Ecological
Research program.
Permanent ecological study plots have been established at the two schools.
Students are preparing basic site vegetation maps using aerial photos.
Also, a new automated weather station has been installed for monitoring
climate and other variables at each site. The school data will be compared
with that from the Jornada LTER site via the Internet. Scientists and
students will visit each other's sites.
Similar LTER schoolyard projects
are underway In Kansas, Colorado and Arizona. [Cheryl Dybas]
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A $600,000 NSF grant from its Intellectual Infrastructure Fund is going
to help the multi-national Gemini Observatory Project significantly increase
its computer power by mid-year 2000 as it gears up full operation of the
first of two 8-meter telescopes.
Gemini's telescopes, one in Hawaii (Gemini North) and the other in
northern Chile (Gemini South), are designed to explore the sky with both
optical and infrared techniques. They will employ new technologies that,
at times, researchers predict, will have more clarity than those from
NASA's Hubble Space Telescope. Gemini is the highest-priority nationally
funded project among all of the seven partner nations.
The newest NSF grant for the Gemini project will increase the speed
of connections to share critical data between Gemini's Mauna Kea Observatory,
its Hilo headquarters and facilities around the world.
The use of this grant, in coordination with a previous $350,000 NSF
grant to the University of Hawaii's Information Technology Services will
provide enough capacity for the Hawaii-based observatories for years to
come, say experts.
The nonprofit Association of Universities for Research
in Astronomy (AURA) manages Gemini under a cooperative agreement with
NSF. [Bill Noxon] Top of Page
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