Contact information, map and directions, contact form, opening hours, services, ratings, photos, videos and announcements from Rice University Department of Earth, Environmental and Planetary Sciences, College & University, 6100 Main Street/MS 126, Houston, TX.
06/22/2026
Rice Ph.D. student, Kelsey Murphy, is mapping the future of the Mississippi River by decoding its past. Using climate models and centuries of data, her work reveals how rising emissions and changing landscapes are driving extreme floods and droughts, delivering the evidence needed to safeguard the region’s water, food, and economy in an uncertain climate.
Read more about her research: https://tinyurl.com/mpm7d6u3
06/15/2026
Thanks to the CPO2H, Rice’s Creative Ventures Fund, and the CLEVER Planets grant, EEPS hosted an Inner Solar System Workshop last month.
This event brought together approximately 80 researchers from across the U.S. and Europe to Rice University to share research and host discussions on:
🪐Solar system formation and evolution
🪐Accretion of terrestrial planets
🪐Planetary differentiation
🪐Volatile delivery to planets
🪐Geochemistry & Cosmochemistry of astromaterials
🪐Interior-surface exchanges through time
Read more: https://news.rice.edu/news/2026/inner-solar-system-workshop-creates-space-cross-disciplinary-collaboration
06/06/2026
Learn more about the Houston Meteorite analysis:
https://news.rice.edu/news/2026/heated-history-houston-meteorite
📷️ Featuring: Neeraja Chinchalkar, Lunar and Planetary Institute Scientist and Bidong Zhang, Rice Earth, Environmental, and Planetary Science
Rice Earth, Environmental and Planetary scientists (EEPS) were the first to probe the meteorite that hit Houston on March 21st.
Thanks to David Gonzales, who donated the type specimen for EEPS to classify, Dr. Gabi Costin had a polished chip in the Electron Probe Microanalyzer within a few days of the fall. Dr. Tao Sun is collecting oxygen isotopes to pinpoint the parent asteroids from which this meteorite belongs.
So far, EEPS scientists have learned:
⛏️The rock belongs to a group of stone meteorites called H-Chondrites
🔥The original asteroid experienced high temperatures & melting
By studying meteorites we can learn the age and composition of different planetary building blocks, and the unique processes that existed during the early history of our Solar System.
To learn more about meteorites, visit: https://naturalhistory.si.edu/education/teaching-resources/earth-science/asteroids-and-meteorites
Rice University - School of Natural Sciences Rice University Gelu Gabi Costin
Meet Baibhav “Bruu” Srivastava, a PhD student who published an article in Science Advances in October 2025 about his research on chondrites, our solar system, and Jupiter's formation.
To learn more about Bruu’s research: https://www.science.org/doi/full/10.1126/sciadv.ady4823
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Do you know the difference between a meteroid, meteor, and a meteorite?
Short answer:
🌌 Meteoroids are small fragments of an asteroid in space
☄️ Meteors are fiery bits of the meteoroid heated during flight by the Earth's atmosphere
🪨 Meteorites are space rocks that survived the atmospheric journey to Earth's surface.
Houston was recently visited by a type of meteorite that Rice scientists recognized as an early solar system material called a "Chondrite." Hear from Baibhav "Bruu" Srivastava about what a Chondrite is and why they are so special.
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On March 21st, a one meter asteroid exploded resulting in a shower of meteorites that fell over north Houston. Rice Assistant Professor of Earth, Environmental and Planetary Sciences (EEPS), Dr. Bidong Zhang, and EEPS Science writer, Linda Fries, were some of the first people to lay eyes on a pristine piece of our solar system's earliest planetary materials. Rice University scientists, Dr. Tao Sun and Dr. Gelu Costin are analyzing a fragment to determine the meteorite type and its mineral composition.
Enjoy Bruu Srivastava's, EEPS Ph.D student's, reaction to being surprised with an up close visit with the Houston Meteorite.
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05/28/2026
For Rice's associate professor, Dr. Sylvia Dee, understanding Earth’s past is the key to preparing for its future. By combining climate models with centuries-old natural records, her work uncovers how rainfall, temperatures and extreme weather are shifting in a warming world. From El Niño dynamics to the impacts of extreme heat on public health, Dee’s research strengthens climate predictions and supports communities facing climate risks today.
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05/25/2026
Can climate variability influence the risk of armed conflict?
Research exploring this question was published in the Proceedings of the National Academy of Sciences on May 11th. The study by Rice statistics doctoral student Tyler Bagwell, with climate scientist Dr. Sylvia Dee and statistician Dr. Frederi Viens, and support from Rice undergraduate students, Divya Saikumar and Anna Stravato uses high-resolution data and empirical modeling to examine how large-scale climate patterns shape the probability of civil conflict and war
Read more: https://news.rice.edu/news/2026/climate-patterns-may-shape-where-violent-conflict-risks-are-amplified-rice-study-finds
05/22/2026
“Being able to transition to Rice with a project that will directly support the greater Houston communities is incredibly exciting,” Hoffman said. “Using a multifaceted lens, we’ll be able to build models that truly help to increase resiliency and improve flood and sea level responses across the Gulf Coast.”
Read more: https://news.rice.edu/news/2026/new-rice-professor-leads-project-build-more-climate-resilient-gulf-coast
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