Results: 1-25 of 40
| Organization | Programs | Grant Amount | Year | Purpose |
|---|---|---|---|---|
| University of Kansas Center For Research, Inc. | Science, Climate Change Science | $599,982 | 2019 | to fill in the missing bed topography near the terminus of the Helheim Glacier |
| University of Montana | Science, Climate Change Science | $309,269 | 2019 | to assimilate the data collected by the Helheim Glacier/Sermilik Fjord Research Collaboration into a consistent and coupled modeling framework |
| Oregon State University | Science, Climate Change Science | $463,103 | 2019 | for modeling the Sermilik Fjord from the glacier terminus to the open ocean |
| Trustees of Columbia University in the City of New York | Science, Climate Change Science | $785,938 | 2019 | to study the impact of atmospheric variability and shallow hydrology on the flow dynamics and mass budget of the Helheim Glacier |
| Regents of the University of California at San Diego | Science, Climate Change Science | $801,333 | 2019 | to design, build, and deploy floating sensors to monitor environmental conditions in the mélange region of Sermilik Fjord |
| Woods Hole Research Center Inc. | Science, Climate Change Science | $147,872 | 2019 | for mapping methane craters in the Arctic |
| National Academy of Sciences | Science, Climate Change Science | $6,800 | 2019 | for the workshop on Understanding and Responding to Global Health Security Risks from Microbial Threats in the Arctic |
| University of Kansas Center For Research, Inc. | Science, Climate Change Science | $100,000 | 2019 | for connecting regional research with local communities in East Greenland |
| Regents of the University of California at Irvine | Science, Climate Change Science | $403,064 | 2019 | to develop a state-of-the-art, coupled, numerical model of the Helheim Glacier system |
| Woods Hole Oceanographic Institution | Science, Climate Change Science | $508,441 | 2019 | to constrain the role of atmospheric variability on Helheim Glacier dynamics |
| The Pennsylvania State University | Science, Climate Change Science | $489,327 | 2018 | for engineering analysis, instrumentation upgrades, and logistics planning for a network of glacier monitoring sensors in Greenland |
| Aspen Global Change Institute Inc. | Science, Climate Change Science | $158,521 | 2018 | for planning and convening interdisciplinary climate science workshops |
| Science DCA | Science, Climate Change Science | $20,000 | 2018 | to fund a two-day Roundtable at the Foundation’s Los Altos office in October 2018 |
| Regents of the University of California at San Diego | Science, Climate Change Science | $599,635 | 2018 | to establish the first Greenland Ice Sheet/Ocean Observing System (GrIOOS) site at the Helheim/Sermilik glacier-fjord system |
| Regents of the University of California at Riverside | Science, Climate Change Science | $52,555 | 2017 | an additional $52,555 amendment to grant #2015-145 to support the development of a comprehensive proxy-focused model of how marine sediment cores accumulate and change over millennial time scales to form the observed geological record |
| University of Rhode Island Foundation | Science, Climate Change Science | $632,584 | 2017 | for filming, communications, and scientific support for the Northwest Passage Project |
| University of Kansas Center For Research, Inc. | Science, Climate Change Science | $725,061 | 2017 | to engineer and deploy a second fully-autonomous, ground-based glacier monitoring system (ATLAS II) along the north side of the Helheim Glacier |
| Aspen Global Change Institute Inc. | Science, Climate Change Science | $158,779 | 2017 | for the planning and convening of interdisciplinary climate science workshops |
| California Institute of Technology | Science, Climate Change Science | $175,000 | 2017 | for three workshops on Earth system modeling frameworks that adaptively learn from global observations and high-resolution simulations |
| University of Texas at Arlington | Science, Climate Change Science | $306,785 | 2016 | to study climate change amplification caused by the decline of marine biota in response to ocean warming and acidification during the early Eocene, about 56 million years ago |
| Regents of the University of Michigan | Science, Climate Change Science | $382,520 | 2016 | to support the development of a paleoclimate version of the Community Earth System Model (CESM) and to apply the P-CESM to simulate past warm climates |
| The Pennsylvania State University | Science, Climate Change Science | $340,026 | 2016 | to support the development and application of data assimilation techniques in paleoclimate deep time |
| Regents of the University of Michigan | Science, Climate Change Science | $500,164 | 2016 | to support the development and application of data assimilation techniques in paleoclimate deep time |
| Regents of the University of California at Riverside | Science, Climate Change Science | $34,395 | 2016 | to support the development and application of data assimilation techniques in paleoclimate deep time |
| University of Washington | Science, Climate Change Science | $551,124 | 2016 | to support the development and application of data assimilation techniques in paleoclimate deep time |