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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
Coupled Biogeochemical Cycles (CBC)
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SORT RESULTS BY:
Principal Investigator |
Institution |
Award Amount
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Principal Investigator |
Title |
Institution |
Total Awarded |
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INTEGRATED RESEARCH AND EDUCATION AWARDS |
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Richard Dick |
Regulation of the Hydrologic and C Cycles by Native Shrubs in Soils of Sub-Sahelian Africa
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Oregon State University |
$ 1,129,259 |
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Niall Hanan |
Biocomplexity in African Savannas
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Colorado State University |
$ 1,424,965 |
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Donald Phillips |
Coupling Rhizosphere Biogeochemical Cycles to Plant Growth under Differing Levels of Carbon Dioxide
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University of California, Davis |
$ 2,273,400 |
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Ronald Prinn |
Biocomplexity: Feedbacks Between Ecosystems & The Climate System
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Massachusetts Institute of Technology |
$ 2,600,000 |
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Jack Stanford |
Biocomplexity-Dynamic Controls on Emergent Properties of River Flood Plains
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University of Montana |
$ 2,600,000 |
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Gary Taghon |
Biocomplexity: The Roles of Resources, Competition, and Predation in Microbial Degradation of Organic Matter
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Rutgers University, New Brunswick |
$ 2,000,000 |
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Pedro Verdugo |
Biogeochemistry and Polymer Physics of Seawater Gels: A New Paradigm for the Microbial Loop and Global Element Cycles
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University of Washington |
$ 2,600,000 |
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Donald Walker |
Biocomplexity associated with biogeochemical cycles in arctic frost-boil ecosystems
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University of Alaska, Fairbanks |
$ 1,725,127 |
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James Zachos |
Consequences of Greenhouse Warming for Biocomplexity and Biogeochemical Cycles: A Multidisciplinary Case Study Across the Paleocene-Ecocene Boundary
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University of California, Santa Cruz |
$ 2,498,392 |
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Chuanlun Zhang |
Biogeochemical Processes and Community Dynamics in Gas Hydrate Systems of the Gulf of Mexico
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University of Missouri, Columbia |
$ 358,341 |
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AWARDS FOR EXPLORATORY AND DEVELOPMENTAL ACTIVITIES |
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Teofilo Abrajano |
Biocomplexity:Coupled Biogeochemical Cycling of Sulfur and Carbon in Anoxgenic Acidic Sulfidic Thermal Springs (AASTS)in Relation to Microbial Composition of Phototrophic Mats
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Rensselaer Polytechnical Institute |
$ 99,930 |
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Patrick Brezonik |
Coupled Nutrient, Water, and Salt Cycles in Urban and Agricultural Ecosystems
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University of Minnesota, Twin Cities |
$ 99,520 |
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David Feary |
Geologic Record of Biosphere Dynamics:Assessment
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National Academy of Sciences |
$ 149,000 |
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David Furbish |
An integrated approach towards a quantitative model of salt marsh
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Florida State University |
$ 67,245 |
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Eric Gaidos |
Biogeochemical Cycles of Carbon and Nitrogen in an Ice-Covered Volcanic Crater Lake
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University of Hawaii, Manoa |
$ 98,467 |
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Lars Hedin |
Linking Ecological Biology & Geosciences Workshop
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Princeton University |
$ 83,081 |
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William Holben |
Life in the Pit: Unique Biogeochemical Cycling in Highly Stratified, Metal Rich, Aquatic Environments
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University of Montana |
$ 99,981 |
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Michael Levandowsky |
Development of a Biocomplexity Research Program for the Analysis of Ecosystem Structure and Dynamics in Urban Salt Marshes
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Pace University |
$ 31,755 |
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Brent McKee |
River-dominated Ocean Margins - Workshop
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Tulane University |
$ 131,372 |
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Curtis Richardson |
Understanding the Biocomplexity of Differential Nutrient Limitations Between Trophic Levels: A Comparison Among Biomes
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Duke University |
$ 93,854 |
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Daniel Richter |
Simplification and Recovery of Soil Biocomplexity following Agricultural Cultivation and Forest Logging
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Duke University |
$ 82,000 |
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Kelman Wieder |
RUI: Linking Microbial Diversity to Carbon Metabolism in Peatlands of Canada and Siberia
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Villanova University |
$ 99,438 |
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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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