As an academic university center, we support research & scholarship on climate, society, and the environment.
Explore: Research by Gonzaga faculty
Gonzaga faculty are eligible to apply for climate, society, and the environment micro-grants
Thanks to the generosity of our donors and supporters, the Climate Center is able to offer micro-grants for faculty-led projects that support the Center's mission. We also hope to support projects that address one or more of the Laudato Si' Goals.
The intent of these micro-grants is to assist Gonzaga faculty in their teaching, scholarship, and service related to the intersection of climate, society, and the environment. (Student-led projects are encouraged to seek support from the GSBA "Green Fund.")
Recent awardees include:
- Dr. Jamella Gow (Sociology) Environmental Justice: My project involves developing a course on Environmental Justice to be taught in the Sociology department but with potential cross-listing with Environmental Studies and Solidarity and Social Justice, for example.
- Dr. Jonathan Isacoff (Environmental Studies) National Climate Reduction Model Development: This project is to develop a “national climate reduction” model based on the Princeton Wedge system combined with other, multidisciplinary sources.
- Dr. Brian Connolly (Biology) Snow saves seeds? Developing a grade-school STEM experiment testing how snow influences plant response to extreme cold. This project will support Gonzaga climate-based STEM outreach by exploring the interaction of climate change and the loss of seasonal refuges by developing a classroom-based experiment for grade-level students.
- Dr. Stacy Taninchev (Political Science) State Socialization and Climate Change Norms: I am studying how the dialogue about climate change unfolded at the United Nations and in other international forums and led to the development and spread of climate change norms over time.
- Dr. Kyle Shimabuku (Civil Engineering) Spokane Waste to Energy Ash Recycling Project: This is a laboratory-based civil engineering project that will research if carbon intensive cement can be replaced with waste ash reclaimed from the Spokane waste-to-energy plant for concrete production and assess if contaminants in the waste ash-based concrete could be released into the environment.
- Dr. Brianna Dori (Civil Engineering) Impact of wildfire smoke on low socio-economic communities: Measurement of indoor air quality (PM2.5) during wildfire events to assess risk for low-socio-economic households in the Pacific Northwest.
I strongly support the use of micro-grants as a means of furthering scholarly research and teaching of climate literacy; these kinds of grants must continue to be available. These micro-grants minimize the financial barriers between a creative idea and putting that idea into practice as a pilot research study or small student workshop. These kinds of grant provide a little bit of freedom to pursue an idea. Freedom to be creative in research and instruction is one of the primary ways we will be able to develop tools to counteract the drivers of climate change and combat climate change misinformation.