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How will increasing climate variability change plant species diversity? Principal Investigator(s): Peter Adler |
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Unifying Biodiversity Theories Principal Investigator(s): Andrew Allen |
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The Role of Temperature in the Origin and Maintenance of Biodiversity Principal Investigator(s): Andrew Allen |
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Genetic Monitoring: Development of Tools for Conservation and Management Principal Investigator(s): Fred Allendorf and Michael Schwartz |
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Reverse Engineering of Ecological Networks Principal Investigator(s): Stefano Allesina |
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Advancing “Ecology’s Big Hot Idea” Principal Investigator(s): David Atkinson |
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The Potential for Coral Reefs to Respond to Future Climate Change Principal Investigator(s): Marissa Baskett |
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Does Biology Matter When Predicting How Animals Will Respond to Climate Change? Principal Investigator(s): Lauren Buckley |
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Where Will Wildlife Move in Changing Environments? Principal Investigator(s): Lauren Buckley, Michael Angilletta, Robert Holt, Joshua Tewksbury |
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Diversity Patterns, Species Coexistence and Evolutionary History Principal Investigator(s): Marc W. Cadotte |
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Making Good Use of Your Data Principal Investigator(s): Huiping Cao |
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Roles of Plant Traits and Nutrient Availability in Predicting Species Invasion Principal Investigator(s): Elsa Cleland |
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How Species Coexist in a Competitive World Principal Investigator(s): T. Jonathan Davies |
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When Small Fish Grow Big: How Does It Affect the Growth and Decline of Their Population? Principal Investigator(s): André M. de Roos |
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Risk Analysis for Alien Species and Emerging Infectious Diseases Principal Investigator(s): John M. Drake |
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Exploring How the Branching Geometry of River Systems Influences Biodiversity Patterns Principal Investigator(s): William Fagan |
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Integrating Behavior and Demography in Vertebrate Conservation Principal Investigator(s): Leah Gerber |
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Where the Birds Are: Mapping Biodiversity in North America Principal Investigator(s): Allen Hurlbert |
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Parasites and Food Webs Principal Investigator(s): Kevin Lafferty |
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Is Rarity Linked to Extinction in the Fossil Record? Principal Investigator(s): Rowan Lockwood |
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Quantifying Prey Stocks Needed to Support Top Predators Principal Investigator(s): James R. Lovvorn |
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Climate Warming and Fire in a Naïve Biome: Using Insights from Boreal Forests to Understand Causes and Consequences of Fire Intensification in Arctic Tundra Principal Investigator(s): Michelle Mack |
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Counting the Uncountable: Evaluating Monitoring Programs for Endangered and Harvested Species Principal Investigator(s): David Marsh |
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Synthesizing and Analyzing Complex Ecological Networks with Ecoinformatics Principal Investigator(s): Neo Martinez |
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Mountains: Understanding the Causes of Biodiversity Principal Investigator(s): Christy M. McCain |
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Using Circuit Theory to Design Connected Landscapes Principal Investigator(s): Brad McRae |
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Predicting Food Webs and Species Abundance Using Mating and Foraging Behavior Principal Investigator(s): Carlos J. Melián |
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Unifying Niche-neutral Theories of Molecular, Community and Network Evolution Principal Investigator(s): Carlos Melián |
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Using Mathematical Models to Figure Out Which Nutrient Limits Plant Growth and Carbon Storage Principal Investigator(s): Duncan Menge |
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Will Climate Change Increase or Decrease the Number of Fish in the Sea? Principal Investigator(s): Mary O'Connor |
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Feedbacks Between Invasive Pests, Forests and Climate Principal Investigator(s): Thomas O’Halloran |
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The Home-team Dis-advantage: Determining Whether Native Animals Promote Biological Invasion by Exotic Plants Principal Investigator(s): John Orrock |
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Investigating Responses of Pacific Salmon to Climate Change Principal Investigator(s): Christine Petersen |
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The Fate of Earth's Primary Production: Eaten Alive or Dead or Not Eaten at All Principal Investigator(s): Mark Ritchie |
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Effect of Dams and Flows on Fish Principal Investigator(s): John Sabo |
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Including Nutritional Composition in Aquatic Food Web Studies Principal Investigator(s): Kim Schulz |
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Feedbacks from Permafrost Carbon to Climate in a Warmer World Principal Investigator(s): Ted Schuur |
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Lake Baikal: 60 Years of Monitoring Human Influence on the World's Largest Lake Principal Investigator(s): Eugene Zilov, Marianne Moore, Stephanie Hampton |
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Coral Reef Loss: Determining the Importance of Overfishing and Nutrient Pollution in the Global Decline of Coral Reefs Principal Investigator(s): Jennifer E. Smith |
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Exploring the Effects of Evolutionary History on Global Patterns of Diversity Principal Investigator(s): Patrick R. Stephens |
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Does Increased Bird Diversity Protect Humans Against West Nile Virus? Principal Investigator(s): John Swaddle |
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Why the World Has So Many Species, and What Can Be Done to Prevent Their Extinction Principal Investigator(s): David Tilman |
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Interaction Traits and Metacommunity Gene Flow Principal Investigator(s): Mark Urban |
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Forest Plants in Fragmented and Dynamic Landscapes Principal Investigator(s): Mark Vellend |
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Plant Size and Reproduction Principal Investigator(s): Jacob Weiner |
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Why Don't We Understand Old-growth Forests (and Other Slow Systems) Very Well? Principal Investigator(s): Kerry Woods |
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Methane: Toward a Multiscale approach to Reducing Uncertainties in its Emissions Principal Investigator(s): Qianlai Zhuang, Jerry Melillo, Ronald Prinn, David A. McGuire |