The SEED2SOIL program aims to leverage the world-class research capacity of the University of Utah to generate ideas and knowledge that can improve campus operations while also contributing broader knowledge and/or application.
- Networked indoor air quality measurements at the University of Utah
- Kerry Kelly, Chemical Engineering; Pierre-Emmanuel Gaillardon, Electrical & Computer Engineering; Darrah Sleeth, Family & Preventive Medicine; Jianli Chen, Civil Engineering; Tony Saad, Chemical Engineering
- Workforce and Modeling-based Engineering Solution Development for HVAC Inefficiency Auditing in Campus Buildings
Jianli Chen, Civil Engineering; Kody Powell, Chemical Engineering
- Optimizing HVAC for Carbon, Cost and Comfort
- Todd Easton, Mechanical Engineering
- Quantifying the Impact of Outdoor Air Pollution on Indoor Air Quality at University of Utah Buildings
- Daniel Mendoza, Atmospheric Sciences; Tabitha Benney, Political Science
- U-Walk: A Walk Audit Tool to Facilitate Student Learning and Improve Walking Safety on Campus
- Andy Hong, City & Metropolitan Planning; Tom Millar College of Architecture & Planning
- Quantifying the carbon and air quality footprint of the University of Utah using TRAX-mounted instrumentation, traffic, and tap-on/tap-off ridership data
- John Lin, Derek Mallia, Daniel Mendoza, Atmospheric Sciences
Waste, Recycling and Compost:
- Upcycle Soft Plastic Wastes to Filament for 3D Printing On Campus
Chen Wang, Materials Science and Engineering
“What people eat, and how they get it, are a massive part of a person’s daily experience. Understanding what caused changes in those behaviors in the past is important to understanding how we may respond to changes in the future.” – Kurt Wilson.
Kurt is a doctoral candidate in anthropology and a past GCSC fellow working with Dr. Brian Codding. He led a study with University of Utah anthropologists providing a blueprint to systematically untangle and evaluate the power of both climate and population size on the varied diets across a region in the past.
The researchers used data from Peruvian, northern Chilean and Lake Titicaca archaeological sites and compared dietary trends over time, across three elevation categories: coastal, mid-elevation and highland. This allowed them to capture how much of diet is explained by population change and local climate, which estimates how much might be due to other social factors.
Excerpted from At the U. Read the full story here. The study is published in Scientific Reports.
The GCSC recently provided seed grants to four research teams to conduct interdisciplinary research at the intersection of Wasatch Front air, water, and health. Criteria that was considered in funding decisions included utilization of Wasatch Environmental Observatory (WEO) data resources, inclusion of ecological and/or environmental justice perspectives, collaborations between academic units, and new scholarship or knowledge. These four projects engage 15 faculty from across ten different departments, seven graduate students, students in an undergraduate class, and community partners.
The projects and investigators are:
- The Compounding Impacts of Climate Change, Air Quality, and Environmental Justice on Health Outcomes at the Neighborhood level in Salt Lake County Schools
- Tabitha Benney, Political Science; Brett Clark,Sociology; Daniel Mendoza and John Horel, Atmospheric Sciences; Rajive Ganguli, Mining Engineering; Scott Collingwood, Yue Zhang, and Cheryl S. Pirozzi, MD, School of Medicine
- Landscape Lab Effects on Pollutant Loads to Red Butte Creek
- Jennifer Follstad Shah, Environmental & Sustainability Studies; Sarah HInners, City & Metropolitan Planning
- Climate Change, Parks and Trails, and Physical Activity
- Dennis Wei, Geography; Ivis Garcia, City & Metropolitan Planning, Ming Wen, Sociology
- In Search of Blue Sky
- Wendy Wischer, Art & Art History; John Lin, Atmospheric Sciences
Researchers in the Department of Atmospheric Sciences are studying air quality by mounting monitors on city buses. Logan Mitchell and GCSC affiliate John Lin are PIs on this project. They have been taking readings from monitors mounted on TRAX light rail cars since 2014. Buses cover a wider range of Salt Lake City, and will give researchers a more granular look at emissions in the valley. This study will examine the relationship between primary combustion and secondary pollutants, and will also accelerate our fundamental understanding of urban atmospheric chemistry. This project will increase understanding of the spatiotemporal and sectoral changes in emissions, how changes in primary combustion affected secondary air pollutants, and what the urban atmospheric implications are for policies that target emission reductions.
Read more in At the U.
Read more from KSL news.