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Growing up on the fertile farmland of central Illinois three hours south of Chicago, Hallie Adams and her siblings spent long summer days exploring the nearby woods and playing in the creek that flowed through the family鈥檚 land. Her dad was a high school science teacher with a background in botany. They liked working the crossword puzzles he created using science and nature questions. As part of their chores, they helped tend their mom鈥檚 large garden.听

Adams has been curious about the natural world since early childhood. And with parents who have been a big influence, it鈥檚 not surprising that Adams is following a career path in earth science research.听

Since 2018, Adams has been working in CU Boulder鈥檚 Research and Innovation Office (RIO) as a research development coordinator for funding and awards. She will leave that position in July to pursue a doctorate in geography and ecohydrology.听U.S. News & World Report听recently ranked CU Boulder No. 1 in the world in geosciences.

鈥淚鈥檝e been interested in environmental science for years,鈥� Adams said. 鈥淚鈥檓 interested in looking at how water interacts with vegetation in mountainous areas, where vegetation grows, why it鈥檚 there and how it might change in the future. Vegetation affects water resources and provides habitat for animals, so if the vegetation changes because of climate change, it may change how those ecosystems function. Can the data we collect in a single catchment allow us to better understand what is happening on a broader scale? This could help us understand the impacts of climate change on water and forest resources in the future.鈥�

After receiving a bachelor鈥檚 degree in physical geography from Western Washington University in 2012, Adams earned a master鈥檚 degree in physical geography and ecohydrology from CU Boulder in 2014.听

While working on her PhD, Adams will rejoin the , led by her mentor Holly Barnard, associate professor of geography and an fellow. Adams had also worked with this group while she was earning her master鈥檚.听

Researchers in the CU Ecohydrology Research Group investigate how vegetation processes affect water flow dynamics and pathways in soil and streams, and how water flow-paths affect vegetation in mountain terrain.

With her doctorate, Adams will delve deeper into answering such questions as: Why does vegetation grow in some locations but not others? With climate changes underway, what will happen to the patterns and functions of vegetation and water in those areas? Will some trees disappear or will they start growing differently or in new places? And what does that mean for water and forest resources?

The level of expertise at CU in earth sciences disciplines, including geography, environmental studies and ecology drew her back to CU.听

鈥淚鈥檝e had exceptional teachers and mentors along the way who engaged and encouraged me,鈥� she said. 鈥淲e have a high level of expertise at CU in earth sciences disciplines and environmental research, and to be able to go back and work with these researchers again is exciting.鈥�

Before working at RIO, Adams worked for the city of Fort Collins Utilities as a science education coordinator, developing educational and outreach programs on climate, water and energy. In Bend, Oregon, she worked as a community and baby直播app development program coordinator with Central Oregon Intergovernmental Council.听

Her interest in the community aspect of science and science education has led her to teach classes and workshops in a variety of earth science topics to age groups that span kindergarteners to adults.听

Adams is one of 32 CU Boulder graduate students to receive a Graduate Research Fellowship Program (GRFP) award from the National Science Foundation (NSF) this year,听paving the way for her to continue innovative听research听on campus.The GRFP provides three years of support for the graduate education of students who have demonstrated their potential for significant research in STEM education鈥攕cience, technology, engineering and math.听

鈥淚 feel fortunate to have been awarded this fellowship as it will be a huge help in growing and bolstering my success as a researcher,鈥� she said. 鈥淚t provides stability and creative freedom in pursuing and executing my research goals. And it provides the opportunity to apply to other NSF GRFP-specific funding programs, which provide support to conduct research internationally and to participate in internships with federal agencies. This would be really helpful in establishing broader professional networks and collaborations.鈥�