José A. Constantine

Scholarship/Creative Work

I am the son of an immigrant and the first person in my family to go to college. I had a general interest in the natural environment, but it was not until I had the opportunity to do research as an undergraduate (REU Internship) that I became curious about science as a potential career. I was inspired by the discovery that our planet changes in significant and observable ways each and every day, and I was eager to learn why.

I have since devoted most of my scholarship to fluvial geomorphology, where I try to answer questions that might unlock the mysteries of how rivers reshape the landscape. Tropical rivers have been a special focus, but I have also been fascinated by our attempts to tame the Mississippi River, North America’s largest and arguably most important river.

My curiosity with the Mississippi led me to Walter Johnson’s River of Dark Dreams, which changed my perspective of river management. In the lower Mississippi, river processes have been curtailed for the benefit of an agricultural economy that depends on the subjugation of people. Once this connection was made, I became committed to scholarship and advocacy in environmental justice, which has led to impactful collaborations with colleagues in Africana Studies, Environmental Studies, and Chemistry. Our current work involves partnerships with communities in Illinois and Florida facing sustained flooding, contamination, and injustice.

To learn more about our commitment to addressing climate and environmental injustice, please visit the Williams Environmental Justice Clinic.

My experience of research as an undergraduate was truly transformative. As a result, I’m excited to involve students in my work and to help them design projects that reflect their own curiosities. If you’re at all interested in geomorphology and environmental justice, please get in touch.

My Current Thesis Students and Their Projects:

• Berenize Garcia Nueva (’24) – California’s Central Valley: The Physics of Heat Extremes in a Warmer World, co-advised with Veeshan Narinesingh and Joseph Clark
• Sylvain Foisy (’24) – Controls on Liquid-Liquid Phase Separation, co-advised with Anthony Carrasquillo
• Benjamin Kargère (’24) – Wildfires and the Controls on Debris Flow Initiation, co-advised with Stewart Johnson
• Jaquelin Nordhoff (’24) – Climate Gentrification and Wildfire Risk: Impacts of Fire on Housing Pricing and Demographics in Eastern California, co-advised with Sarah Jacobson
• Kimberly Rogers (’24) – The Potential of Assisted Tree Migration in Mitigating Climate-Change-Driven Forest Die-Off, co-advised with Allison Gill
• Elaine Yu (’24) – Investigating the Environmental Fate of TCE as a Means of Achieving Environmental Justice, co-advised with Anthony Carrasquillo

Recent Papers (*denotes student author).  Full publication list on Google Scholar.

1. Ciampalini, R., Kendon, E.J., Constantine, J.A., Schindewolf, M., Hall, I.R., 2023, Soil Erosion in a British Watershed under Climate Change as Predicted Using Convection-Permitting Regional Climate Projections. Geosciences (https://doi.org/10.3390/geosciences13090261).
2. *Thomas, S.-S., Constantine, J.A., Dethier, D., Thoman, Jr., J.W., Racela, J., *Blau, E., Landis, J.D., 2022, The importance of oxbow lakes in the floodplain storage of pollutants. Geology (https://doi.org/10.1130/G49427.1).
3. Richards, D., Konsoer, K., Langendoen, E., Ursic, M., Constantine, J., 2021, Depositional patterns of slowly plugging neck cutoffs from core analysis and estimates of bedload transport, White River, Arkansas. Sedimentology (https://doi.org/10.1111/sed.12915).
4. Manigault-Bryant, J.A., *Bagwyn, R., Constantine, J.A., 2020, Poisoning Tallevast, in Cohen, J. and Chasman, D., eds., Climate Action: Cambridge, Massachusetts, Boston Review Forum 16, p. 78-96 (http://bostonreview.net/science-nature-race/james-manigault-bryant-ruby-bagwyn-jose-constantine-poisoning-tallevast).
5. Ciampalini, R., Constantine, J.A., *Walker-Springett, K.J., Hales, T.C., Ormerod, S.J., Hall, I.R., 2020, Modelling soil erosion responses to climate change in three catchments of Great Britain. Science of the Total Environment, v. 749, no. 141657 (https://doi.org/10.1016/j.scitotenv.2020.141657).