Events
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First Day of Classes
Start:August 21, 2023
End:
August 21, 2023
RoKafe
Start:August 22, 2023 at 10:00 am
End:
August 22, 2023 at 11:00 am
Location:
JGB 2.104A
Contact:
Nicola Tisato

Friends and Alumni Network – Denver Chapter Gathering
Start:August 24, 2023 at 5:30 pm
End:
August 24, 2023 at 7:30 pm
Contact:
Nina Staeben, nstaeben@jsg.utexas.edu
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Join the Friends and Alumni Network Denver Chapter for a picnic social at Berkeley Lake Park in Denver, Colorado. Event contacts: Emilie Gentry, B.S. ’15 and Rania Pommer, B.S. ’13 (Questions: emilie.gentry@teverra.com).
WHEN: Thursday, August 24 | 5:30-7:30pm
WHERE: Berkeley Lake Park – Picnic Site 1 | Park map here Google Map here
RSVP HERE
Friends and Alumni Network – Austin Chapter Gathering
Start:August 25, 2023 at 5:30 pm
End:
August 25, 2023 at 7:30 pm
Contact:
Nina Staeben, nstaeben@jsg.utexas.edu
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Join the Friends and Alumni Network Austin Chapter for a happy hour get-together in Austin, Texas.
Event contact: Max Daniller-Varghese, Ph.D. ’19 (Questions: maxdv@utexas.edu).
WHEN: Friday, August 25 | 5:30-7:30pm
WHERE: Lazarus Brewing Co at 4803 Airport Blvd, Austin, TX 78751
RSVP HERE
UTIG Discussion Hour: Ian Dalziel, UTIG
Start:August 30, 2023 at 2:00 pm
End:
August 30, 2023 at 3:00 pm
Location:
PRC 196/ROC 2.201
Contact:
Mikayla Pascual, mikayla.pascual@austin.utexas.edu
Alumni Reception at IMAGE '23
Start:August 30, 2023 at 5:30 pm
End:
August 30, 2023 at 7:30 pm
Location:
Chapman & Kirby at 2118 Lamar St #100, Houston, TX 77003
Contact:
Nina Staeben, nstaeben@jsg.utexas.edu
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IMAGE ’23 Friends and Alumni Reception
Join us for a friends and alumni reception as part of IMAGE ’23.
WHEN: Wednesday, August 30, 5:30-7:30pm
WHERE: Chapman & Kirby at 2118 Lamar St #100, Houston, TX 77003
Big Rivers on Mars!September, 18 2026Time: 5:30 AM - 8:15 AMLocation: Welch Grand Hallway and 2.224 Auditorium What can ancient rivers on Mars reveal about the planet’s past and its potential for life? In this Hot Science – Cool Talks with Timothy Goudge, explore ancient rivers, catastrophic floods, and massive drainage systems on Mars, and how the planet’s lack of plate tectonics shaped its unique landscape and potential for life. By studying relic rivers and water-shaped landscapes on Mars, scientists are uncovering clues about the planet’s history and where life may once have had a chance to exist. After all, where waters flow, life often follows. |
Bureau of Economic Geology Seminar SeriesSeptember, 18 2026Time: 1:00 PM - 2:00 PMLocation: BEG Bldg 130, VR Room 1.116C BEG Seminar presented by Tim Dixon, Director and General Manager IEAGHG and Honorary Senior Research Fellow, BEG. Join in person or via Zoom. Topic: Global developments for CCS - the need increases The world continues to develop the pathways for sound deployment of Carbon Capture and Storage (CCS), and now it appears CCS has an even bigger role than previously anticipated, specifically the geological storage part of CCS. This is because the latest science says that we are going to overshoot 1.5C and will need to do a lot of removal of carbon from the atmosphere if we want to return to 1.5C. This talk will provide an update on global developments in CCS. Join Zoom Meeting: https://utexas.zoom.us/j/93201377630?pwd=KzF3TW53SFYzSUg4SUZVNGtxd3JvZz09 Meeting ID: 932 0137 7630 Passcode: 013011 |
DeFord Lecture | Emily BrodskySeptember, 24 2026Time: 3:30 PM - 4:30 PMLocation: JGB 2.324 How Earthquakes Organize Stress by Emily Brodsky, professor at the University of California, Santa Cruz Abstract: Stress is not uniform in the Earth. Therefore, we must use natural experiments to measure the distribution of stresses and related quantities, rather than single values. For instance, dynamic triggering shows that faults are uniformly distributed over their loading cycles in Southern California. The probability that a fault ruptures across a barrier measures the in situ energy distribution. Fault roughness reflects the distribution of strength. These natural experiments produce observable distributions that are surprisingly consistent and suggest some degree of self-organization in the Earth’s crust. Once established, the functional form of the distributions can be used to track changes in response to earthquakes as well as to distinguish fundamentally different fault systems. Transient fault locking before stress release in laboratory experiments can be interpreted as a consequence of self-organization of fault stress. The robust self-organization of multiple variables in earthquake systems suggests that the most consequential mechanical outcome of earthquakes may be the redistribution of stress and the strain energy associated with it. The low friction on a fault during seismic slip as inferred by temperature measurements of the Tohoku earthquake is consistent with dissipation playing a secondary role to this redistribution process. Through stress redistribution and interaction, subduction zone faults tend to synchronize, perhaps due to their geometric simplicity, while the continental system of Southern California cannot synchronize, perhaps due to the complexity of the fault network. Earthquakes organize stress in the crust and produce a suite of well-defined, consistent distributions. |
DeFord Lecture | Courtney SchumacherOctober, 01 2026Time: 3:30 PM - 4:30 PMLocation: JGB 2.324 How Stratiform Rain Shapes Weather, Climate, and the Geological Record by Courtney Schumacher, professor at Texas A&M University |
Bureau of Economic Geology Seminar SeriesOctober, 02 2026Time: 1:00 PM - 2:00 PMLocation: BEG Bldg 130, VR Room 1.116C BEG Seminar presented by Chas Bolton, UTIG, in person. Topic: TBD |
Bureau of Economic Geology Seminar SeriesOctober, 09 2026Time: 1:00 PM - 2:00 PMLocation: https://utexas.zoom.us/j/93201377630?pwd=KzF3TW53SFYzSUg4SUZVNGtxd3JvZ BEG Seminar presented by Bruce Hart, Western University, virtual Topic: TBD |
DeFord Lecture | Ching-Yao LaiOctober, 15 2026Time: 3:30 PM - 4:30 PMLocation: JGB 2.324 |
AI and Your Best SelfOctober, 16 2026Time: 5:30 AM - 8:15 AMLocation: Welch Grand Hallway and 2.224 Auditorium Artificial intelligence is breaking free of chatbots and computer screens and moving into the physical world around us. Next-generation AI systems are learning to see, understand, and act in the world the way a person would. In this Hot Science - Cool Talks, pioneer Dr. Kristen Grauman will explore how these systems will one day coach you through a new skill, guide you through an unfamiliar place, or help with everyday tasks by watching and offering real-time feedback, making personalized learning more accessible. Join us for a look at a future where AI is a part of your environment, helping everyone learn, discover, and navigate the world more easily. |
Bureau of Economic Geology Seminar SeriesOctober, 16 2026Time: 1:00 PM - 2:00 PMLocation: BEG Bldg 130, VR Room 1.116C BEG Seminar presented by Ruthie Halberstadt, JSG, in person. Topic: TBD |
