January 2, 2001
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Editor: Peter West
Contents of this News Tip:
Health concerns and medical problems dominate a "wish
list" of challenges that two-thirds of Americans would
like science to solve in the next 25 years, according
to a poll conducted for the National Science Foundation
(NSF) and the Bayer Corp.
The Gallup Organization polled 1,003 Americans over
the age of 18 about their views on science, technology,
education and the future. The sixth annual Bayer Facts
of Science Education survey was conducted by telephone
in July of 2000.
Finding a cure for cancer was the number one problem
that three in ten adults surveyed said science should
address. Disease prevention, AIDS/HIV and medical
breakthroughs also were considered important health
concerns. Environmental issues and energy round out
the top ten list of problems science should address.
The survey also found Americans strongly support investments
in science. Nine out of ten believe that science and
technology has changed life for the better over the
past 100 years and contributed to America's economic
success. But many of those surveyed also cautioned
that the U.S needs to improve its education system
for this success to continue. A vast majority (91
percent) believe that science education should have
the same or a higher priority in school curriculum
as reading, writing and mathematics do.
Eight of ten respondents said they feel that governors
should strengthen science education in the states
by emphasizing inquiry-based, hands-on learning, over
strict reliance on textbooks and rote memorization.
[David Vannier]
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The U.S. is expecting its sixth year of unprecedented
growth in research and development (R&D) in calendar
year 2000, a rapid expansion that continued to be
fueled by industry funding, according to a new Data
Brief from NSF's Division of Science Resources Studies.
In 2000, U.S. spending on R&D will hit a projected
$264.2 billion, $95 billion more than in 1994, when
the latest upward trend in national R&D; began.
During the most recent six-year period, industrial
R&D;, adjusting for inflation, has increased an average
of six percent annually -- and is projected to be
6.2 percent for the year just completed.
While most of industry's share of national R&D
is focused on applied research and development, its
share of the nation's basic research is expected to
account for as much as 31 percent ($14.1 billion)
in 2000.
Meanwhile, the NSF figures show that the federal share
of support for the nation's R&D in 2000 is expected
to drop to as low as 26.9 percent, its lowest point
since these analyses began in 1953, and the 12th continuous
year of decline in the overall R&D share since
1988, when it was just above 45 percent.
While R&D expenditures have never been more than
three percent of the U.S. economy, the data brief
says that scientific and government communities continue
to study these R&D expenditures to better understand
the patterns of technological change that occur in
the economy and society. [Bill Noxon]
For more information, see: http://nsf.gov/sbe/srs/databrf/nsf01310/sdb01310.htm
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National Science Foundation-funded scientists affiliated
with the Woods Hole Oceanographic Institution in Massachusetts
and the Scripps Institution of Oceanography in California
have discovered strong evidence for current volcanic
activity at the underwater Vailulu'u volcano east
of Samoa.
Researchers Stan Hart, of Woods Hole, and Hubert Staudigel,
of Scripps, report that the volcano's crater is filled
with smoggy waters, more turbid than any other underwater
volcano studied. Vailulu'u rises from a depth of 5,000
meters (16,000 feet) to within about 600 meters (1900
feet) of the sea surface, and is similar in size to
Mount Rainier in Washington State.
"The discovery of a 'smoking' active underwater volcano
at the eastern end of the Samoan Island chain is significant
because it supports the interpretation of the Samoan
Islands as a hot spot chain, similar to Hawaii," says
Hart. "It also provides a unique natural laboratory
where submarine volcanism and its physical, biological,
and chemical effects can be studied in close proximity
to an island."
The scientists add that the volcanoes need continuous
monitoring because vaporization of seawater may cause
tidal waves. [Cheryl Dybas]
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