for the PaleoCAMP summer school for graduate students in paleoclimatology

to support the development and application of data assimilation techniques in paleoclimate deep time

to identify and characterize key chemical indicators of permafrost degradation

to use paleoclimate proxy data and climate models to understand extreme weather in past climates

for a cross-disciplinary paleoclimatology summer school

to organize interdisciplinary environmental science workshops and broadly disseminate the information from the workshops

to organize interdisciplinary environmental science workshops and broadly disseminate the information from the workshops

for the planning and convening of interdisciplinary climate science workshops

for planning and convening interdisciplinary climate science workshops

for research into Solar System fundamental frequencies, Earth precession frequency, and lunar periodicities

for the improvement of cloud simulation models using machine learning, data assimilation and high-performance computing

for three workshops on Earth system modeling frameworks that adaptively learn from global observations and high-resolution simulations

for a kickoff meeting for the TIMES coordination network

to develop and use novel emulators to simulate extreme weather events in past climates

to collect in-situ data at the Greenland Ice Sheet margin during the winter season

for a workshop gathering climate science researchers from small islands

to validate MethaneSAT measurements

for research into Solar System fundamental frequencies, Earth precession frequency, and lunar periodicities

for the CycloCohort Program

for the development of the Stochastic Ice Sheet System Model (StISSM)

for the application of radar techniques to study basal and englacial hydrology at Helheim Glacier

for the development of a neural calving ice sheet model

for fieldwork and hydrology modeling at Helheim Glacier

for a conference on machine learning for actionable climate science

for the workshop on Understanding and Responding to Global Health Security Risks from Microbial Threats in the Arctic

to support NASEM’s creation of standardized greenhouse gas information and decision-making guidelines for policymakers

for a study on decarbonization recommendations

for the National Park Foundation Science Fellowship Program

for four Satlantic Sea Field Effect Transistor (SeaFET) Ocean Acidification (OA) sensors that will be used to monitor ocean acidification off the southeastern coast of Africa

for the Glacier Ocean Mapping and Research Campaign (GO-MARIE) 2023 expedition

for modeling the Sermilik Fjord from the glacier terminus to the open ocean

to develop and test technologies for U/Th radioisotope dating

to characterize ice/ocean interactions at melting glaciers

for the acquisition of an isotope ratio mass spectrometer

to develop a state-of-the-art, coupled, numerical model of the Helheim Glacier system

to deploy a terrestrial radar interferometer on Petermann Glacier

to use paleoclimate proxy data and climate models to understand extreme weather in past climates

to deploy instruments in the ocean cavity of Petermann Glacier

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

to support the development and application of data assimilation techniques in paleoclimate deep time

to establish the first Greenland Ice Sheet/Ocean Observing System (GrIOOS) site at the Helheim/Sermilik glacier-fjord system

to design, build, and deploy floating sensors to monitor environmental conditions in the mélange region of Sermilik Fjord

to support the development of a paleoclimate version of the Community Earth System Model (CESM)

to use novel synthetic DNA-based tracers to identify and characterize hydrologic flow pathways in agricultural to glacier-dominated environments

for the Ice Sheet Model Intercomparison Project 7

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

to support the development and application of data assimilation techniques in paleoclimate deep time

for a study of crevasse-mediated water transport between the englacial and basal environments of Helheim Glacier

for the 2024 Ice Sheet Model Intercomparison Project Workshop

for fieldwork and hydrology modeling at Helheim Glacier