January 16, 2001
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Editor: Tom Garritano
Contents of this News Tip:
Scientists affiliated with the Southern California
Earthquake Center (SCEC), one of 28 National Science
Foundation (NSF) Science and Technology Centers, have
released the results of a comprehensive study that
identifies hot spots of seismic shaking in southern
California.
"Considering all possible earthquakes, these are areas
that we believe are going to shake more than other
areas," says Tom Henyey, director of SCEC. The hot
spots are southern California's large valleys and
basins where the ground is flatter, the soil softer
and the area more populous. While it has been known
that sediment-filled valleys usually shake more than
rock-hard mountain slopes during earthquakes, the
SCEC study quantifies and refines how the local geology
affects waves generated by earthquakes. The most important
geologic factors, says Henyey, are the softness of
rock or soil near a site’s surface and the thickness
of sediments below a site.
Says James Whitcomb, deputy director of NSF's earth
sciences division, which funds SCEC, "What's exciting
is that these recently developed techniques can be
applied to other parts of the U.S. and the world to
reduce the destruction of earthquakes."
The SCEC study is published this month as a special
volume of the Bulletin of the Seismological Society
of America. [Cheryl Dybas]
Top of Page
Politics is local, and now so is innovation, according
to a new report from CHI Research Inc. of New Jersey.
Businesses that once turned to giants like IBM and
Bell Labs for technology ideas are now looking in
their own backyard to local universities and research
institutes.
The results, from a study funded by NSF, will soon
be published in the journal Research Policy
and are currently available at the CHI Research website.
According to Diana Hicks, senior policy analyst at
CHI Research, a look at U.S. patents across the past
twenty years shows that the explosion of information
and health technologies is changing how ideas develop
into products. One clear trend is that in-state scientific
capabilities are key to the success of local high-tech
businesses.
The study also found that the West Coast has overtaken
the Middle Atlantic regions in the number of patents
awarded. Hicks noted that universities have become
big players in innovation and patenting, led by a
few dominant high-tech regions like San Francisco,
San Diego, Washington and Boston. [Dave Vannier]
To view the entire report see: http://www.chiresearch.com/changing_innov.pdf
Top of Page
Researchers funded by NSF and affiliated with Penn
State University have performed the most extensive
study yet of what the first flowering plants may have
looked like. The genetic analysis, performed by Penn
State biologist Claude dePamphilis, was designed to
find the first flower's closest living kin among 150
species whose genetic origins are thought to be the
most ancient. The analysis revealed that the title
of "oldest living flower" is shared by two very different-looking
plants - water lilies and a rare woody shrub named
Amborella that grows wild only on the remote island
of New Caledonia in the southwest Pacific Ocean.
Scientists have practical reasons for wanting to know
the precise genetic relationships among flowering
plants. Among the potential benefits are more efficient
discovery of natural drugs, a precise framework for
the bioengineering of plants used in agriculture and
medicine, and the ability to make more-informed decisions
about biodiversity conservation.
First appearing on Earth during the age of the dinosaurs
more than 140 million years ago, flowering plants
- known as angiosperms - have been called one of evolution's
greatest success stories and are an important foundation
of human society. Now the world's dominant form of
plant life, flowering plants are the source of fruits,
vegetables, grains, livestock feed, and medicines,
in addition to comprising a large proportion of rain
forests and other ecosystems. [Cheryl Dybas]
Top of Page
NSF is an independent federal agency that supports
fundamental research and education across all fields
of science and engineering, with an annual budget
of nearly $4.5 billion. NSF funds reach all 50 states,
through grants to about 1,600 universities and institutions
nationwide. Each year, NSF receives about 30,000 competitive
requests for funding, and makes about 10,000 new funding
awards.
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