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Funding Opportunities Biocomplexity in the Environment |
FY 2001 Awards |
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Biocomplexity in the Environment (BE): Integrated Research and Education in Environmental Systems
Instrumentation Development for Environmental Activities (IDEA)
INTEGRATED RESEARCH AND EDUCATION AWARDS |
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American Museum of Natural History |
Norman Platnick |
A Neural Network Based Automated Identification System for Biological Species
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$ 796,818 |
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Arizona State University |
Karl Booksh |
Smart Sensors for In Situ Monitoring of Hydrothermal Vent Systems
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$ 2,402,046 |
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John Hopkins University |
Marc Parlange |
Instrumentation to Measure the Emission and Transport of Biological Aerosols into the Atmosphere: Linking Across Scales from Microns to Kilometers
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$ 2,498,652 |
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University of California, Berkeley |
Buford Price |
Construction and Operation of Biospectrologger in a Borehole in Polar Ice
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$ 135,000 |
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Washington State University |
Brian Lamb |
Development of Instrumentation for Measurement of Biosphere-Atmosphere fluxes of Carbon and Nitrogen
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$ 1,927,000 |
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Woods Hole Oceanographic Institute |
Robert Olson |
BIOCOMPLEXITY (IDEA): In Situ Measurement of Marine Microbes to Investigate Mechanisms of Community Structure Regulation
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$ 1,691,000 |
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AWARDS FOR EXPLORATORY AND DEVELOPMENTAL ACTIVITIES |
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Columbia University Lamont Doherty Earth Observatory |
Alexander Van Green |
Biocomplexity IDEA: Portable devices to map the distribution of arsenic in Bangladesh groundwater & the relation to sediment structure
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$ 99,956 |
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Louisiana State University and Agricultural and Mechanical College |
Erwin Poliakoff |
In Situ X-ray Probes of Surface-Mediated Pollutant Formation
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$ 99,667 |
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Magee Scientific Company |
Anthony Hansen |
Solar/Wind Powered Instrumentation Module Development for Polar Environmental Research
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$ 115,826 |
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National Academy of Sciences |
Anne Linn |
Materials Flow Accounting of Natural Resources: Workshop
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$ 30,000 |
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Princeton University |
Valerie Thomas |
Reinventing the Use of Materials: Workshop
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$ 96,049 |
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SRI International |
David Crosley |
Teaming to Enable University Research on Hazardous Emissions Through New Instrumentation and Student Internships
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$ 99,918 |
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University of Illinois, Chicago |
James Jawitz |
In-Situ Quantification of Chlorinated Hydrocarbon Mass Flux and Intrinsic Remediation Using Fiber Optic Biosensors
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$ 95,384 |
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University of Wyoming |
Steven Higgins |
Exploratory Research: Complementary Development of New Chemical Sensor and Probe Microscopy Techniques for Environmental Research in Hydrothermal Ecosystems
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$ 91,481 |
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The National Science Foundation
4201 Wilson Boulevard, Arlington, Virginia 22230, USA
Tel: 703-292-5111, FIRS: 800-877-8339 | TDD: 703-292-5090 |
Last Updated: 06/17/2004 |
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