Jennifer C. McIntosh

Jennifer McIntosh is a hydrogeologist and professor of hydrology and atmospheric sciences at the University of Arizona, where she is a University Distinguished Scholar. In 2019, she was named a Geological Society of America Fellow.

Early life and education Jennifer McIntosh first developed her interest in science during her childhood with family trips from her home near Seattle to Olympic National Park and the Cascade Mountains. In college, a family trip to Yellowstone National Park inspired her interest in the physical, chemical, geological, and biological processes of deep subsurface groundwater.

McIntosh pursued these interests in her higher education by completing her undergraduate studies at Whitman College. McIntosh graduated from Whitman with a B.S. in geology - chemistry. She continued her education at University of Michigan in Ann Arbor, where she earned her M.S. and PhD in geology.

Career and research After earning her PhD, McIntosh completed her post-doc in earth and planetary sciences at Johns Hopkins University through the Jane Blaustein Postdoctoral Fellowship. McIntosh began her career in academia at the University of Arizona in 2006. McIntosh also served as an adjunct research geologist from 20072017 for the United States Geological Survey.

As an associate professor of earth and atmospheric sciences at University of Arizona and an adjunct professor at the University of Saskatchewan, McIntosh has earned recognition for her research, curriculum, and mentorship of her undergraduate and graduate students.

McIntosh is known for her study of topics related to geochemical processes for surface water, ground water, and natural gas. McIntosh conducts multidisciplinary research that integrates hydrology, geochemistry, and microbiology to better understand the fate and transport of fluids beneath the Earth's surface. In subsurface environments, McIntosh studies both deep-subsurface and near-surface environments, as well as the physical interactions between the two. Journals featuring her research include Science, Environmental Science and Technology, Groundwater, Chemical Geology, and Journal of Hydrology.

McIntosh's paper, “Competition for Shrinking Window of Low Salinity Groundwater,” an article published in 2018 in Environmental Research Letters, attracted national attention with new findings about the limitations for the United States's supply of fresh groundwater. Its conclusion that less fresh groundwater is available than previously estimated has initiated increased awareness about fresh groundwater security.

Awards and honors In 2019, McIntosh was named a Fellow of the Geological Society of America. At the University of Arizona, McIntosh was awarded the 2017 University Distinguished Scholar award for her scientific contributions toward teaching and public outreach.

For her contributions as a professor, McIntosh has been recognized with multiple awards for the curriculum and classes she has contributed to both the Hydrologic and Atmospheric Sciences Department and the Geosciences department at University of Arizona. In 2019, McIntosh was awarded the Leon and Pauline Blitzer Award for Excellence in Teaching of Physics. McIntosh has also received the “Award for Excellence at the Student Interface” for three years of teaching including 2011, 2013, and 2017.

Public engagement McIntosh has been commended for her dedication to teaching earth sciences, and has received multiple awards including the student nominated “Award for Excellence at the Student Interface” in 2011, 2013, and 2017. Additionally, McIntosh is an External Advisory Board Member for Energize New Mexico, which is a National Science Foundation funded program designed to stimulate competitive research in STEM fields.

McIntosh has served as an Associate Editor for Water Resources Research since 2013.

Personal life Jennifer McIntosh has a husband and two children.

McIntosh is dedicated to enriching the lives of her students. An article courtesy of Parent and Family Programs about McIntosh's personal life and career reported: