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BE FY 2006 Awards

CARBON AND WATER IN THE EARTH SYSTEM

| Principal Investigator |
Title |
Institution |
Total Awarded |
| Dennis Baldocchi |
Understanding the Coupling of Greenhouse Gases (CH4, CO2, H2O) and Energy Fluxes over a Vulnerable Ecosystem: The Sacramento-San Joaquin Delta Peatland
|
University of California at Berkeley |
$1,291,261 |
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| Inez Fung |
Collaborative Research: Carbon-Climate Interactions with Increasing Water Demand |
University of California at Berkeley |
$785,143 |
 |
| Steve Frolking |
Collaborative Research: Identifying Hydroclimatic Regimes of Carbon Stability in Northern Peatlands: Holocene Data Analysis and Process-Based Modeling
|
University of New Hampshire |
$720,561 |
| Eric D'Asaro |
Collaborative Research: Autonomous Measurements of Carbon Fluxes in the North Atlantic Bloom
|
University of Washington |
$2,072,812 |
| Galen McKinley |
Collaborative Research: The carbon balance of Lake Superior: Modeling lake processes and understanding impacts on the regional carbon budget |
University of Wisconsin at Madison |
$894,964 |
| Burke Hales |
Collaborative Research: Net Carbon Transport and Reaction in the bottom Boundary Layer of an Upwelling Margin
|
Oregon State University |
$1,893,778 |
| Praveen Kumar |
Interactions Between Water, Energy and Carbon Dynamics as Predictors of Canopy to Ecosystem Scale Vegetation Pattern and Function in a Changing Environment
|
University of Illinois at Urbana-Champaign |
$1,650,000 |
| Steven Emerson |
Collaborative Reserach: Mechanisms Controlling Upper Ocean Carbon Fluxes in the North Pacific |
University of Washington |
$2,520,015 |
| Ken Buesseler |
Collaborative Research: Carbon Flux Through the Twilight Zone - New Tools to Measure Change
|
Woods Hole Oceanographic Institute |
$1,639,361 |
| James Randerson |
Collaborative Research: Fire at the Intersection of Global Carbon and Water Cycles
|
University of California at Irvine |
$595,689 |
| Gabriel Katul |
De-convolving the effects of rising atmospheric CO2, solar dimming, and afforestation on usable water and carbon sequestration potential in the Southeastern U.S. |
Duke University |
$445,475 |
| James Zachos |
Collaborative Research: Dynamics of carbon release and sequestration: Case studies of two early Eocene hyperthermals
|
University of California at Santa Cruz |
$419,500 |
| Mike DeGrandpre |
Collaborative Research: Autonomous pH and Alkalinity Sensors: in situ Testing and Carbon Cycle Research
|
University of Montana |
$550,642 |
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