to retrieve and analyze microbes from atop Earth’s largest tropical 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

for a week-long workshop introducing participants to numerical modeling of the Earth’s climate and environmental systems

for engineering analysis, instrumentation upgrades, and logistics planning for a network of glacier monitoring sensors in Greenland

for instrumentation and its application to carbonate clumped isotope analysis

for clumped isotope paleo-hydroclimate analysis

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

for studying Solar System dynamics through the analysis of Triassic and Jurassic geological records

for the creation of the paleopCO2.org website and associated tools and content

to study the impact of atmospheric variability and shallow hydrology on the flow dynamics and mass budget of the Helheim Glacier

to collect in situ measurements of ice-shelf rivers and estuaries

for the development and application of hydrology models for snow, firn, and subglacial flows at Helheim Glacier

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

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

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

for comparing proxy-based climate reconstructions to astronomical forcing during the Cenozoic period

for the development of a neural calving ice sheet model

for computing, studying, and calibrating solutions for solar system dynamics beyond 50 million years ago

to study Earth system feedbacks during the Paleocene-Eocene Thermal Maximum (PETM)

to engineer and deploy a second fully-autonomous, ground-based glacier monitoring system (ATLAS II) along the north side of the Helheim Glacier

to fill in the missing bed topography near the terminus of the Helheim Glacier

for connecting regional research with local communities in East Greenland

to collect measurements of ice-shelf rivers and estuaries at Petermann Glacier

to design, engineer, and deploy on Helheim Glacier in Greenland a fully-autonomous, ground-based glacier-monitoring instrument based on Light Detection and Ranging (LiDAR) technology

for a workshop on nature-based climate solutions

to assimilate the data collected by the Helheim Glacier/Sermilik Fjord Research Collaboration into a consistent and coupled modeling framework

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

for filming, communications, and scientific support for the Northwest Passage Project

for the Forum for Advancing Appalachian Climate Science and Community Resilience

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

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

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

to develop a technique to visualize microbes in permafrost thaw environments

for a workshop on wetland methane emissions

for the development of a neural calving ice sheet model

to constrain the role of atmospheric variability on Helheim Glacier dynamics

for mapping methane craters in the Arctic

to map abrupt permafrost thaw across the Artic

for mapping thaw slumps in Arctic permafrost

for modeling early Solar System dynamics