Hilary Hungerford, Ph.D. profile photo

Hilary Hungerford, Ph.D.

Faculty Member Utah Valley University

  • Orem UT

Hungerford is an expert in human geography, sustainability, climate change, urban geography, and the geography of Utah

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Artificial intelligence may live in the cloud, but the infrastructure powering it has a very real footprint on the ground. As the race to build the massive data centers needed to support AI accelerates, their demands on electricity, water and local infrastructure are drawing increasing attention. Reuters reports that proposed AI data centers in Silicon Valley are facing resistance from residents and environmental groups concerned about water consumption, energy use, air pollution and the broader impact on their communities. Those concerns are becoming increasingly relevant as communities across the country weigh the economic opportunities associated with AI infrastructure against its environmental costs. Dr. Hilary Hungerford is a human geographer whose research explores the relationships between people and their environments, with a particular focus on the role of water in shaping those connections. She is an expert in the areas of human geography, sustainability, climate change, urban geography, and the geography of Utah. View her profile Dr. Hilary Hungerford, a professor of geography at Utah Valley University, studies the intersection between people and their environments, with particular expertise in water, sustainability and urban geography. Her research has examined water use by the technology industry in Utah and the relationship between water, infrastructure and technology industries in urban environments. Her expertise raises important questions as the AI data center boom continues: How much pressure can these facilities place on local water and energy supplies? What does rapid data center development mean for communities already facing water constraints? And how should cities balance economic development with sustainability and the long-term availability of natural resources? As communities confront the physical infrastructure required to power the AI revolution, Hungerford can provide important context on the environmental impacts that can accompany technological growth. If you’re interested in speaking with Hilary Hungerford about data centers, water use, sustainability and the environmental impact of the AI boom, click on her profile below.

Hilary Hungerford, Ph.D.

Media

Biography

Dr. Hilary Hungerford is a human geographer whose research explores the relationships between people and their environments, with a particular focus on the role of water in shaping those connections. Her work examines diverse settings, from the sacred forests of Benin and the informal settlements of Ulaanbaatar to the drought-stressed landscapes of Utah. Across these varied landscapes, her research investigates how people and nature influence one another and what those relationships mean for the ways communities live and adapt.

At Utah Valley University, Dr. Hungerford teaches courses in human geography, sustainability, climate change, urban geography, and the geography of Utah. Her teaching emphasizes applied, student-centered learning, encouraging students to explore real-world challenges, meaningful questions, and the connections between geographic concepts and everyday decisions. She is committed to helping students develop both a deeper understanding of the world and the skills to make a positive impact within it.

Dr. Hungerford also serves as director of the Integrated Studies program and has received both Fulbright-Hays and Fulbright Scholar awards in recognition of her international research. Her areas of expertise include sustainability, water resources, environmental change, and human–environment interactions.

She is passionate about working with students and believes that learning is a shared experience. Through her teaching, research, and mentorship, Dr. Hungerford encourages curiosity, critical thinking, and optimism about the future of communities and the planet.

Areas of Expertise

Water and International Development
Urban Geography
Climate Change
Sustainability
Human Geography

Accomplishments

Excellence in Service

College of Science, Utah Valley University

Faculty Excellence Award

Utah Valley University

Board of Trustee Award of Excellence

Utah Valley University

Education

University of Kansas

Ph.D.

Geography

2012

University of Kansas

M.A.

Geography

2007

University of Northern Colorado

B.A.

Geography

2001

Media Appearances

UVU Hosts First-Ever Utah County Sustainability Summit, Collaborates to Help Community

UVU News  online

2022-05-23

“When we talk about environmental issues, it becomes politicized really quickly,” Hungerford said. “That didn't happen at all during the summit. It was a gathering of people who really care about their cities, care about their communities, and want to think about the reality of what we're facing now.”

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UVU Professor Hilary Hungerford Named Fulbright Scholar

UVU News  online

2023-04-05

Dr. Hilary Hungerford, associate professor of geography at Utah Valley University, has received the prestigious Fulbright Scholar Award. She and her family will live in Mongolia for the spring semester of 2024. Hungerford will teach graduate seminars in sustainability and geography at the National University of Mongolia in Ulaanbaatar.

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Why is Utah Lake so gross? UVU receives grant to research ways to rejuvenate lake

ABC4.com  online

2020-09-16

“There is such a negative stigma surrounding Utah Lake,” says Hilary Hungerford, one of the UVU professors involved in the project. “The lake has gone through a number of phases that (have deteriorated it). It takes a hit, and then takes another hit.”

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Courses

Urban Geography

GEOG 3110

Topics in Integrated Studies

IS 3500R

Sustainability and Environment

GEOG 2000

Articles

Extraction of humic acid from coal mine tailings and piles

International Journal of Coal Preparation and Utilization

2026-02-12

This study focused on the isolation of humic acid and the comprehensive evaluation of its chemical and physical properties. Results indicated that the optimal pH for humic acid formation was 7.5, or slightly alkaline.

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Water, Sanitation, and Hygiene Interventions for COVID-19 and the Health of Vulnerable Populations in Sub-Saharan Africa

Chapter - Health Geography in Sub-Saharan Africa

2023-08-23

From poor urban residents and migrant and refugee populations to women and girls, vulnerable populations face critical challenges that have been worsened by COVID-19. This chapter uses case studies from the Democratic Republic of Congo, Ghana, Niger, and Uganda to identify the potential impact of COVID-19 on vulnerable and water insecure populations.

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The Insta-Gaze: investigating the endurance of stereotypes of Africa

Social & Cultural Geography

2023-11-26

Utilizing visual methodologies, we analyze popular images on Instagram that deal with the topic of everyday life in Africa to understand not only what gets represented but what resonates with viewers/consumers.

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