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Rumors have circulated for weeks about how robustly the economic-stimulus package would invest in research and development. The first solid clues emerged yesterday when the House Appropriations Committee released draft legislation to finance a jump-starting of the nation’s moribund economy. The bill suggests that although overall science won’t come out a big winner, energy and biomedical-research programs might. Another notable theme: a strong commitment to upgrding the infrastructure to support quality research.
Although released by the House, the package also has broad support of Democratic lawmakers in the Senate — and closely reflects the policies advocated by Barack Obama over the past six months.
The list that follows is not all-inclusive, but identifies many of the major R&D-related programs in the 258-page spending blueprint, such as recommendations to spend:
A whopping $21-plus billion at the Energy Department, which would include
1) $4.9 billion for implementing aspects of the Energy Policy and Conservation Act and $3.5 billion for energy efficiency and conservation block grants;
2) $4.5 billion to modernize the electric grid, enhance the security of electrical production and support research on energy storage;
3) $2.4 billion for programs to demonstrate carbon-dioxide capture and sequestration technologies;
4) $2 billion for energy efficiency and renewable energy research (of which at least $800 million must be available for biomass studies and $400 million for geothermal projects);
5) $2 billion for science programs, of which at least 20 percent must be reserved for projects at the Advanced Research Projects Agency-Energy — and at least of quarter of this spending ($100 million) must fund advanced scientific computing;
6) $1 billion for manufacturing advanced batteries, and another $1 billion for an “advanced battery loan guarantee program;"
For the National Institutes of Health and related agencies, $6.66 billion, including
1) $2 billion to help foster the information-technology standards that would aid a national transition to fully computerized patient-health records;
2) $1.5 billion to support NIH research, although only half of that money would be available before the start of the next fiscal year (Oct. 1);
3) another $1.5 billion to renovate or repair non-federal research facilities through grants administered by the National Center for Research Resources;
4) $700 million for comparative-effectiveness research — studies to identify which of several different treatments works best (and for whom); and money to commission the Institute of Medicine to “produce and submit a report to the Congress ... not later than June 30, 2009, that includes recommendations on the national priorities for comparative-effectiveness research to be supported with the funds in this [stimulus package]
5) $962 million for “high-priority” upgrades to facilities and equipment at NIH and the Centers for Disease Control and Prevention;
At the National Science Foundation, $3 billion:
1) the bulk of which — $2.5 billion — would go for research and related activities. Of this total, at least $200 million must be reserved to pay for major research instrumentation grants;
2) $400 million for construction of major research equipment and facilities;
3) and $100 million for education “and human resources."
$2.7 billion at the Interior Department:
1) with $1.7 billion going for deferred maintenance and related projects within the National Park System;
2) $500 million for water reclamation and reuse programs;
3) $300 million for infrastructure upgrades and critical deferred maintenance on Fish & Wildlife Service properties, including wildlife refuges and fish hatcheries
4) $200 million to the U.S. Geological Survey to repair or upgrade facilities, replace equipment, conduct national mapping activities, strengthen seismic and volcano monitoring systems and more.
Department of Agriculture:
1) going to the U.S. Forest Service for wildlands-fire management and capital improvements (which includes energy efficiency enhancements, remediation of abandoned mine sites, removal of fish-passage barriers and watershed enhancements).
National Oceanic and Atmospheric Administration:
1) with $600 million for climate programs and related satellite procurements, of which at least $140 million must be reserved for the modeling of climate data;
2) and $400 million for habitat restoration and mitigation work.
Environmental Protection Agency:
1) with 80 percent available for cleaning up Superfund sites and the rest for addressing the nation's leaking underground storage tanks.
$600 million at the National Aeronautics and Space Administration:
1) with $400 million to be spent for science, at least $250 million of which could be spent only on "accelerating the development of the tier 1 set of Earth science climate research missions;”
2) another $150 million to boost spending on aeronautics R&D;
3) and $50 million for infrastructure upgrades to facilities damaged during 2008 by hurricanes, floods and other nature disasters.
And $500 million at the National Institute of Standards and Technology:
1) with $100 million for science and technical research, another $100 million for “industrial technology services (70 percent of which would go to NIST’s Technology Innovation Program and the rest for its Hollings Manufacturing Extension Partnership);
2) and $300 million for construction of research-science buildings.
Found in: Climate Change, Computers, Environment, Matter & Energy, Science & Society and Technology
- House Appropriations Committee. 2009. The American Recovery and Reinvestment Act of 2009.
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More Money Will Not Be The Salvation
It Will Go Down The 2008 Economy Drain
What Is "Scientific Progress"
What Is Needed To Advance Science
Overcome The Technology Culture And Its Values-Attitudes
A. What is "Scientific Progress"?
What and whereto progresses in "Scientific Progress"?
Answering this requires meticulous pondering. This subject is not one quaint aspect within our present 21st century technology culture. This subject is THE essence and foundation of the course and goal of our existence, of our life as individuals and members of our phenosociety and of Earth's genohuman group.
B. Please look, even if again, at "Western Culture Wavers At 2008 Junction"
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or
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Science-based Enlightenment started in the 18th century and was the basis-foundation of Western culture-civilization. It came to a grinding slow-down in the 20th century, and systematic basic study of life ceased by the 21st century. It ceased because the quest for enlightenment has been gradually replaced during the 20th century by the pursuit of technology-capital-greed values-attitudes-morals-ethics of the 21st century technology culture.
C. "Scientific Progress" is the continuous promotion
of the pursuit by science, of convincing, ever closer approaching, approximate models of the real world including life and ourselves. This is furthering Enlightenment's inherent philosophy and attitudes in regards to individualism, universal human progress and, most important to humanity, the applications of reason.
D. So What Is Needed To Advance Science
Again and again, as long as Science and Technologhy are considered and handled, conceptually and administratively, as one realm and one faculty the disregard of science in favor of technology cannot and will not be overcome. This conception and attitude is THE CORRUPTION OF SCIENCE BY THE 21st CENTURY TECHNOLOGY CULTURE. I reckon that most, if not all, readers of this post associate science and technology conceptually, demonstrating the tight hold of the 21st century technology culture on their mentality-concepts-attitudes.
Dov Henis
(Comments From The 22nd Century)
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