We research how human activity affects the water and nutrient cycles that sustain all life on Earth. Our current projects investigate water chemistry in river networks undergoing permafrost degradation in Alaska, water stewardship in agricultural and urban landscapes around the world, and the ongoing renewable revolution.
We are always looking for creative and motivated students to help address these important environmental and societal issues. Click here to find out how to join the team.
The recording for BYU's first Traditional Ecological Knowledge forum is now out! You can watch the complete event here. The event was organized by the Environmental Science & Sustainability Capstone Class of 2023.
We worked with a team of 32 researchers and managers to put together an emergency briefing on Great Salt Lake. We provide an overview of the lake's ongoing collapse and call for the establishment of a minimum flow requirement to restore the lake.
PhD student Sara Sayedi wanted to use science to change public policy in her home country of Iran, but politics limited her work in the public arena. Now at BYU, she is influencing policy at a global scale.
This report by 14 researchers, students, and community members provides a crash course on this renewable revolution. It seeks to correct misunderstandings about renewable energy, air pollution, and climate change.
Research by BYU ecosystem ecologist Ben Abbott presents a new tool to fight nutrient pollution. His study found that streams can be used as “sensors” of ecosystem health, allowing both improved water quality and food production.
When Keely Song moved to Utah in 2016, she was jarred by what she called the “apocalyptic” talk about air quality during the state’s notorious inversions. So when BYU announced in November it would be providing free UTA passes to students, employees and their families, the dance professor had an idea.
Nitrogen pollution from human fertilizer and fossil fuels affects two-thirds of freshwater bodies worldwide and causes billions of dollars of damage to fisheries and ecosystems annually. It triggers harmful algal blooms and dead zones where only worms and bacteria can survive.
Although separated by space and time, our emissions have a great impact on ecosystems across the globe, and those systems are responding. Plant and wildlife sciences professor, Dr. Ben Abbott, has been studying these ecosystem responses and recently published research with Dr. Merritt Turetsky, director of the Institute of Arctic and Alpine Research (INSTAAR) at the University of Colorado Boulder, on permafrost collapse in arctic ecosystems.