Grant history of an LTER site
The Cedar Creek Long-Term Ecological Research project would use long-term experimentation, observation and theory to examine (1) the impacts of human-driven changes, especially loss of biodiversity, climatic variation, N deposition, land cover and use change, changes in fire frequency, elevated CO2, and exotic species, on community dynamics and ecosystem structure and function; (2) how the… Read more »
The Cedar Creek Long Term Ecological Research program is designed to understand how the prairie grasslands and forests of the Midwest function and how this functioning may be influenced by human activities. The research combines large, well-replicated, long-term experiments with long-term observations in native ecosystems, and uses the results to develop and test theories of… Read more »
Human activities are altering the earth’s ecosystems and creating unprecedented combinations of carbon dioxide (CO2) concentrations in the atmosphere, supplies of limiting nutrients like phosphorus and nitrogen, and rates of disturbances such as fire. At the same time, humans are increasing species extinctions and the spread of invasive species, including pests, and pathogens. Researchers at… Read more »
Global-scale environmental issues such as food security, the spread of disease, and the availability of clean water emphasize the importance of environmental data that can address specific problems while also providing predictions of future conditions. The increasing availability of large volumes of different kinds of data offers new opportunities to address these issues. This project… Read more »
Global-scale environmental issues such as food security, the spread of disease, and the availability of clean water emphasize the importance of environmental data that can address specific problems while also providing predictions of future conditions. The increasing availability of large volumes of different kinds of data offers new opportunities to address these issues. This project… Read more »
An award is made to provide support to a collaboration between researchers at the University of Wisconsin, Madison and the University of New Mexico for the Environmental Data Initiative (EDI), a comprehensive data repository and data management support organization for the environmental research community. EDI facilitates the publication, use and re-use of environmental data generated… Read more »
An award is made to provide support to a collaboration between researchers at the University of Wisconsin, Madison and the University of New Mexico for the Environmental Data Initiative (EDI), a comprehensive data repository and data management support organization for the environmental research community. EDI facilitates the publication, use and re-use of environmental data generated… Read more »
9910514 Childers Estuaries and coastal landscapes experience a range of stresses, both natural and anthropogenic. Among these, cultural eutrophication affects most US coastal ecosystems. As a results, most coastal ecological research has been conducted in systems that are experiencing eutrophication. This coastal Everglades LTER will investigate how variability in regional climate, freshwater inputs, disturbance and… Read more »
Approximately 50% of the U.S. population lives within 80 km of a coast. As human populations proximal to coasts increase, demands for the natural resources and services that coastal ecosystems provide will also grow, further stressing these ecosystems. The Florida Coastal Everglades LTER (FCE) is an excellent laboratory for understanding how coastal ecosystem dynamics respond… Read more »
The Florida Coastal Everglades (FCE) Long-Term Ecological Research (LTER) site seeks to understand how global climate change and shifting approaches to water management impact the Florida Everglades and the 6 million residents in the region. By conducting extended-duration research in freshwater wetlands, mangrove swamps and shallow seagrass communities of Florida Bay, the FCE LTER employs… Read more »
