Department of Earth, Environmental & Planetary Sciences

Daniel Ibarra

Manning Assistant Professor of Earth, Environmental, and Planetary Sciences and Environment and Society
GeoChem Building
Room 044
Research Interests Environmental Science, Oceans Ice and Atmospheres, Geochemistry, Earth History, Planetary Geoscience
Pronouns he/him

Biography

I work on the water and carbon cycles in terrestrial environments. My work includes studying the response of terrestrial landscapes to changes in climate using modeling approaches, geochemical measurements, and field observations. I also work on the characterization and quantification of lithium deposits in lacustrine basins and enhanced weathering strategies for carbon dioxide removal.

Recent News

Assistant Professor Dan Ibarra, undergraduate alumnus Jonah Bernstein-Schalet, former Postdoctoral Researcher Evan Ramos, and graduate student Sebastian Munoz are coauthors on a recent publication in JGR Biogeosciences. Their research looks into CO2 emissions from headwater streams, comparing chemical signatures of river water samples taken from an Oregon watershed with both very steep and very shallow-sloping rivers. "Results from this study may impact our estimates of how rivers move carbon across the earth's surface and exchange carbon dioxide with the atmosphere."
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Assistant Professor Daniel Ibarra is co-author of this study, which provides a new framework for examining how organisms have fundamentally altered ecosystems on a global scale across hundreds, thousands, or millions of years.
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Brown Division of Research

Daniel Ibarra receives 2025 Research Achievement Award

Every year, distinguished Brown scholars are nominated for Research Achievement Awards by their colleagues for conducting exceptional and transformative research. Assistant Professor Daniel E. Ibarra was named one of the The 2025 Early Career Research Achievement Award winners for his significant contributions to geochemistry, paleoclimate studies, natural resources, and the training of aspiring scientists.
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A recent article features forthcoming research from Assistant Professor Daniel Ibarra and Physics Professor Brad Marston. Their research shows that using crushed rock dust to speed up the rate at which soils absorb carbon dioxide could also affect the climate by making Earth’s surface reflect more or less of the sun’s radiation.
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