Valerie Rountree

Valerie Rountree serves as Associate Professor of Environmental Studies at the University of Redlands since 2018, focusing on human-environment relationships with emphasis on climate change mitigation and renewable energy policy. Her work bridges academic research, socio-political activism, and practical policy solutions.

Her educational foundation includes:

• Ph.D. in Natural Resource Studies from the University of Arizona
• M.S. in Natural Resource Studies from the University of Arizona
• B.S. in Biology from the University of Puget Sound

Dr. Rountree's research critically examines climate policy implementation, stakeholder dynamics in energy transitions, and environmental justice. She investigates how societal structures influence climate solutions while emphasizing participatory decision-making and equity. Her work consistently connects theoretical frameworks with real-world applications, particularly in Southwest U.S. contexts.

Analysis of her publications reveals sustained focus on renewable energy governance across scales, with recurring themes of stakeholder inclusion in policy design and implementation challenges for climate adaptation. Her research trajectory shows increasing attention to just transition frameworks and localized climate impacts.

Her recognition includes:

• 2022 Faculty Award for Outstanding Writing Instruction
• 2022 Voices for Science advocacy fellowship (American Geophysical Union)
• 2018 Marshall Foundation Dissertation Fellowship

Dr. Rountree actively mentors undergraduate researchers through projects addressing California's compost mandates, turfgrass emissions, and renewable energy policy. Her teaching integrates socio-political dimensions of environmental challenges, reflecting commitment to developing solutions-oriented scholars. She maintains strong community engagement through advocacy and media outreach on climate issues.

While no dedicated laboratory facilities are specified, her collaborative approach involves interdisciplinary teams working on policy analysis and community-based climate solutions, particularly within Southern California's environmental landscape.