Events
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Alumni Reception during NAPE in Houston
Start:February 2, 2023 at 5:30 pm
End:
February 2, 2023 at 7:30 pm
View Event
Join the Jackson School of Geosciences for an alumni reception in Houston during the NAPE expo.
WHEN: Thursday, February 2 | 5:30-7:30pm
WHERE: Chapman & Kirby
UTIG Seminar Series: Lindy Elkins-Tanton, Arizona State University
Start:February 3, 2023 at 10:30 am
End:
February 3, 2023 at 11:30 am
Location:
PRC 196/ROC 1.603
Contact:
Constantino Panagopulos, costa@ig.utexas.edu, 512-574-7376
View Event
Speaker: Lindy Elkins-Tanton, Foundation and Regents Professor, School Of Earth and Space Exploration, Arizona State University
Host: Krista Soderlund
Title: The NASA Psyche Mission: An Electric Journey to a Metal World
Abstract: When our solar system was just an infant, thousands of planetesimals formed in fewer than one million years. Heat from the decay of the short-lived radioactive 26Al melted many planetesimals, allowing metal cores to differentiate from rocky mantles.
Over the next few tens of millions of years, many planetesimals crossed paths catastrophically. Colliding worlds merged into even larger planets, eventually forming a small number of planetary embryos. Models show that some destructive “hit and run” impacts strip the silicate mantle from differentiated bodies. This is the leading hypothesis for the formation of asteroid (16) Psyche’s formation: it is a bare planetesimal core.
But we all know that the solar system is more complex than we have been able to imagine, and there are many possible origins of Psyche based on the limited data we now have. Deep space missions, too, are almost unimaginably complex. In this talk I will introduce what is known and what is hypothesized about asteroid Psyche based on the latest data, how we have planned a mission to an unknown object, how we progressed with the mission through COVID and what happened when our launch date slipped to October of 2023, and what we will measure and discover while our robotic spacecraft is orbiting the asteroid.
RoKafe
Start:February 7, 2023 at 10:00 am
End:
February 7, 2023 at 11:00 am
Location:
JGB 2.104A
Contact:
Nicola Tisato
Faculty Meeting
Start:February 7, 2023 at 12:30 pm
End:
February 7, 2023 at 1:45 pm
Location:
Barrow
Contact:
Jessica Yeager
DeFord Lecture | Demian Saffer
Start:February 9, 2023 at 4:00 pm
End:
February 9, 2023 at 5:00 pm
Location:
JGB 2.324 (Boyd Auditorium)
Contact:
John Lassiter
View Event
Wiring the Subduction Megathrust: Recurring and Triggered Slow Slip Events Near the Trench Along the Nankai Subduction Zone by Demian Saffer, Jackson School of Geosciences
Abstract: The offshore reaches of subduction megathrusts fail in a broad spectrum of slip modes, spanning from coseismic slip in great earthquakes, to tsunami earthquakes, to tremor and low frequency earthquakes, to slow slip events (SSE) and aseismic creep. Understanding the nature of strain accumulation and release in this region is central to assessing hazards associated with shallow earthquake rupture and tsunamigenesis. In this talk I describe a family of newly discovered repeating SSE in the Nankai subduction zone offshore of Honshu Japan, updip of rupture zone of great (M8) earthquakes, using formation pore pressure data from instrumented borehole observatories.??After filtering oceanographic noise using a local hydrostatic reference, the records over a 6 year period from 2010-2016 reveal 8 events. Of these, 6 arise spontaneously, and occur at ~1 yr intervals with durations of ~7-21 days. The remaining 2 events are larger and immediately follow: (1) the 2011 M9 Tohoku earthquake; and (2) the 2016 M7 Kumamoto earthquake. In some cases, the SSE are accompanied by swarms of low-frequency tremor and low-frequency earthquake activity that appear to migrate trenchward. The data are well fit by slip of ~1-4 cm on a patch at the plate interface that extends 20-40 km in the dip direction. A key implication is that the SSE accommodate ~30-50% of plate convergence across the outer ~40 km of the forearc. This coincides with a region of the shallow-most megathrust characterized by: (1) elevated pore fluid pressure; (2) transitional frictional behavior that promotes the nucleation of unstable slip at low sliding velocities; and (3) low stress magnitudes as constrained by analysis of wellbore failures. The repeating nature of the events, taken together with apparent triggering by regional earthquakes and the inference of low in situ stress magnitudes, indicates that the outermost reaches of the megathrust are highly sensitive to perturbation and are perched near a state of failure.
DeFord Lecture Series
Since the 1940’s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments.
UTIG Seminar Series: Shuichi Kodaira, JAMSTEC
Start:February 10, 2023 at 10:30 am
End:
February 10, 2023 at 11:30 am
Location:
PRC 196/ROC 1.603
Contact:
Constantino Panagopulos, costa@ig.utexas.edu, 512-574-7376
View Event
Speaker: Shuichi Kodaira, Director General, Research Institute for Marine Geodynamics, Japan Agency for Marine-Earth Science and Technology (JAMSTEC)
Host: Thorsten Becker
Title: Imaging, monitoring and modeling a seismogenic zone — Results and a future plan of JAMSTEC project
Abstract: Toward understanding subduction megathrust processes at present, predicting a fault slip behavior in the future, and mitigating hazards by subduction zone earthquakes and tsunamis are central scientific themes and tasks that society expects a scientific community to address. To challenge those scientific themes, we, JAMSTEC, have been conducting an integrated project in subduction zones which consists of imaging megathrust fault structures, monitoring a wide spectrum of fault slips, and simulating future fault behavior using the results of the imaging and monitoring studies. The Nankai Trough megathrust seismogenic zone is one of the primally fields of the project. For imaging the Nankai megathrust zone, we have been mapping a precise 3D structure of the megathrust fault zone by densely deployed active-source seismic profiles covering the entire region of the Nankai Trough. From the 3D seismic image, we observe structural factors which are interpreted to control slips and coupling of the megathrust. For monitoring slip behavior, we have been developing a real-time seafloor geodetic monitoring system to detect activities of a wide spectrum of fault slips, including a regular earthquake, low-frequency tremors, very low-frequency earthquake, and short-term and long-term slow slip events. In this system, a tilt meter, pressure sensor, and fiberoptic strain meter are installed in a shallow or deep borehole. To continuously transfer the observed data to a land station in real-time, the geodetic sensors are connected to DONET, a cabled earthquake and tsunami monitoring system. To simulate and forecast a megathrust slip behavior, we have been constructing a realistic 3D Nankai megathrust zone model and developing simulation techniques to estimate the temporal evolution of fault slip and coupling in the megathrust zone with consideration of uncertainties of the model and the data. In addition to the Nankai project, I will talk about results of integrated study, which consists of seismic imaging, earthquake monitoring and tsunami simulation, in the outer-trench region of the Japan and the Kuril trenches.
CPSH Seminar Series: Mark Lever, UT Marine Science Institute
Start:February 13, 2023 at 1:00 pm
End:
February 13, 2023 at 2:00 pm
Location:
PMA 15.216B
Contact:
Brandon Jones, brandon.jones@utexas.edu
View Event
Speaker: Mark Lever, Associate Professor of Microbial Biogeochemistry, UT Marine Science Institute
Host: Brett Baker
Title: Potential importance of diffuse hydrothermal fluid seepage in supporting life along deep sea fracture zones
RoKafe
Start:February 14, 2023 at 10:00 am
End:
February 14, 2023 at 11:00 am
Location:
JGB 2.104A
Contact:
Nicola Tisato
DeFord Lecture | Veronika Bray
Start:February 16, 2023 at 4:00 pm
End:
February 16, 2023 at 5:00 pm
Location:
JGB 2.324 (Boyd Auditorium)
Contact:
John Lassiter
View Event
Kuiper Belt Geology, as revealed by New Horizons by Veronika Bray, University of Arizona
Abstract: This talk will cover how impacts helped build our solar system, change planetary orbits and rotation, and create the environments and geology that we see today. This talk will cover these topics as part of a tour of the geology of the Pluto System and of KBO Arrokoth.
DeFord Lecture Series
Since the 1940’s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments.
UTIG Seminar Series: Tim Urban, UTIG Texas Space Grant Consortium
Start:February 17, 2023 at 10:30 am
End:
February 17, 2023 at 11:30 am
Location:
PRC 196/ROC 1.603
Contact:
Constantino Panagopulos, costa@ig.utexas.edu, 512-574-7376
View Event
Speaker: Tim Urban, Director, Texas Space Grant Consortium
Host: Krista Soderlund
Title: Texas Space Grant Consortium: Inspiring and Engaging a STEM Workforce for Artemis and Beyond
Abstract: The Texas Space Grant Consortium is one of 52 nationwide jurisdictions in the National College Space Grant and Fellowship Program funded under NASA’s Office of STEM Engagement. Space Grant’s goal is to contribute to the nation’s science enterprise by funding education, research, and public engagement projects through a national network of university-based Space Grant consortia. The Texas Space Grant network includes more than 60 entities statewide and works with students and faculty from more than 40 academic institutions across the state. This talk will present program opportunities for students at all academic levels and describe a variety of student projects. One highlighted project is the Texas Space Grant Design Challenge competition, which is a unique academic experience offering undergraduate students an opportunity to propose, design, and fabricate a solution toward solving research objectives of importance to NASA and its mission. Student teams work with mentors from NASA’s Johnson Space Center to provide students the opportunity to work on NASA’s most challenging new problems for sending astronauts into space, developing spin-off technologies for those of us here on Earth, returning to the Moon with the Artemis mission, and exploring Mars and beyond.
RoKafe
Start:February 21, 2023 at 10:00 am
End:
February 21, 2023 at 11:00 am
Location:
JGB 2.104A
Contact:
Nicola Tisato
Faculty Meeting
Start:February 21, 2023 at 12:30 pm
End:
February 21, 2023 at 1:45 pm
Location:
JGB 4.102 (Barrow)
Contact:
Jessica Yeager
DeFord Lecture | Amy East
Start:February 23, 2023 at 4:00 pm
End:
February 23, 2023 at 5:00 pm
Location:
JGB 2.324 (Boyd Auditorium)
Contact:
John Lassiter
View Event
Measuring and attributing geomorphic and sedimentary responses to modern climate change: Challenges and opportunities by Dr. Amy East, U.S. Geological Survey
Abstract: Modern climate change is affecting virtually all terrestrial and nearshore settings to some extent today. This presentation will focus on some of the challenges of measuring climate-driven physical landscape responses to modern global warming, and identify opportunities to better characterize and quantify the extent and nuances of climate-change effects on geomorphic systems. Better understanding sedimentary and geomorphic responses to ongoing warming and hydrologic changes in myriad environmental settings will prepare societies to manage the risks to human health and safety, infrastructure, water–food–energy security, economics, and ecosystems that follow from climate-driven physical landscape change.
DeFord Lecture Series
Since the 1940’s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments.
Faculty Retreat
Start:February 24, 2023 at 8:00 am
End:
February 24, 2023 at 3:00 pm
Location:
Wildflower Center
Contact:
Daniel Stockli
UTIG Seminar Series: Christopher Gerekos, UTIG
Start:February 24, 2023 at 10:30 am
End:
February 24, 2023 at 11:30 am
Location:
PRC 196/ROC 1.603
Contact:
Constantino Panagopulos, costa@ig.utexas.edu, 512-574-7376
View Event
Abstract: Multi-spacecraft and multiwavelength observations of solar eruptions such as flares and coronal mass ejections are essential to understand the complex processes behind these events. The study of solar burst events in the radio-frequency spectrum has relied almost exclusively on data from ground-based radiotelescopes and dedicated heliophysics missions such as STEREO, Wind, or Parker Solar Probe. Reanalysing existing data from the Mars Reconnaissance Orbiter (MRO) Shallow Radar (SHARAD) and Mars Express Mars Advanced Subsurface and Ionospheric Sounder (MARSIS) instruments, both Martian planetary radar sounders, we have detected a number of solar burst events with a correlated observation by at least one dedicated solar mission. The very high resolution of the instruments, both in temporal and frequency directions, its bandwidth, and its position in the solar system enable SHARAD and MARSIS to make significant contributions to heliophysics; it could inform on plasma processes on the site of the burst generation and also along the propagation path of associated fast electron beams.
Hot Science - Cool Talks "Climate Change: Science to Solutions"
Start:February 24, 2023 at 7:00 pm
End:
February 24, 2023 at 8:15 pm
Location:
Welch Hall (WEL) Auditorium
Contact:
Didey Montoya, didey@austin.utexas.edu, 512-471-4211
View Event
Understanding how climate change will stress our human systems can lead to better decisions and better outcomes for people. Using computer representations that can capture the entire Earth system, geoscientist Geeta Persad conducts research that sheds more light on our climate future and solutions at hand.
Cool Activities: 5:30 – 6:40 p.m.
Talk with Q&A: 7:00 -8:15 p.m.
Hot Science – Cool Talks provides a front-row seat to world-class research. For additional information, please visit www.hotsciencecooltalks.org.
Planetary Habitability Seminar: Ben Teolis, SRI
Start:February 27, 2023 at 1:00 pm
End:
February 27, 2023 at 2:00 pm
Location:
PMA 15.216B
Contact:
Brandon Jones, brandon.jones@utexas.edu
View Event
Speaker: Ben Teolis, Planetary Scientist, Southwest Research Institute
Host: Brandon Jones
Title: Gas Jets and Exospheric Dynamics at Active Icy Worlds
Abstract: The origin of Enceladus’s water vapor / ice plumes found by the Cassini spacecraft, beginning with transport, boiling, and acceleration of mixed phase fluid through the icy crust leading to ‘nozzle’-like gas jets, is a fundamental yet still relatively under-explored aspect of the physics of this active potentially habitable world. Problems including erosion and cavitation of uneven subsurface channels, dissolved CO2 and H2 bubbling out of solution and trapping in gas pockets within the fissures, and adsorption/sublimation of gas species to/from the fissure walls, are just a few considerations impacting future spacecraft exploration of the composition, structure and dynamics of the ejected jets. Beyond Enceladus, the Cassini spacecraft’s findings of exospheres with extreme seasonal dynamics and uneven structure, and of un-expectedly intense charging and field aligned electric currents at Saturn’s other large moons, have contributed to a transformative period in fundamental understanding of planetary systems. These discoveries have helped set the stage for the next stage of solar system exploration targeted at the highly seasonal Uranian system with its large moons, as well as the Galilean satellites including the potentially habitable moon Europa with its possible water vapor plumes. In this talk, I will discuss current understanding of the origins and inner workings of the plumes, exospheres and plasma interactions of Enceladus and other active worlds, and outstanding questions and possible next steps.
RoKafe
Start:February 28, 2023 at 10:00 am
End:
February 28, 2023 at 11:00 am
Location:
JGB 2.104A
Contact:
Nicola Tisato
Planetary Habitability Series: Katie Teixeira & Jialong Ren, UT AustinMarch, 27 2023Time: 1:00 PM - 2:00 PMLocation: PMA 15.216B TALK ONE Speaker: Katie Teixeira, Graduate Student, Department of Astronomy, UT Austin College of Natural Sciences Host: Brandon Jones Title: Modeling the Evolution of Terrestrial Planet Atmospheres Through Outgassing and Escape Abstract: With the successful deployment of JWST, and its aim to potentially search for biosignatures on exoplanets, an important endeavor, at present, is to determine whether the rocky planets we observe are likely to have atmospheres at all. M dwarfs, the main host stars of JWST’s rocky planet targets, are thought to pose a major threat to planetary atmospheres due to their high magnetic activity over several billion-year timescales, and might completely strip planets down to bare rocks. Physical models are necessary to understand how a planet’s atmosphere evolves to become what we see today. Here, I will present coupled time-dependent simulations of atmospheric escape and planetary outgassing, processes that most influence atmospheric size and composition. I will present a case study of TRAPPIST-1c, a possible “exo-Venus” for which observations have recently been taken. I will review the results of simulations of TRAPPIST-1c, specifically the constraints that they place on the history of TRAPPIST-1c’s atmospheric and geological properties. Finally, I will discuss both simulation and observational developments that will aid in understanding rocky planets like TRAPPIST-1c. Biography: Katie is a 2nd year graduate student in the Department of Astronomy at The University of Texas at Austin. She received a B.S. in Astrophysics and Biology from the University of Florida. There she worked with Sarah Ballard to study the demographics of M dwarf exoplanets and implications for biological evolution. She now works with Caroline Morley, developing and using simulations to model the evolution of CO2-dominated terrestrial planet atmospheres. Broadly, Katie is interested in what makes planets habitable and how to search for both habitable and inhabited planets. TALK TWO Speaker: Jialong Ren, Graduate Student, Department of Geological Sciences, UT Austin Jackson School of Geosciences Host: Brandon Jones Title: Permeability Limited Compaction and (De)Serpentinization of Ceres Abstract: The Dawn Mission revealed a surprise that Ceres is still hydrologically active, so its interior structure is important to explain the energy and mass transport at a later stage. In this work, we investigate the compaction history of dwarf planet Ceres with a two-phase flow scheme: viscous compaction of ductile rock coupled with Darcy’s flow in porous media. In such a scheme first used in the differentiation of volatile rich bodies, compaction is limited by pressure gradient required to expel the pore fluid and permeability as a function of porosity. Moreover, we also considered two phase changes: ice-melting and (de)serpentinization. Biography: My background is in fluid/solid mechanics and numerical simulations. Currently I am interested in planetary science. There are two projects in process: 1) fragmentation and reassembly into rubble piles of planetesimals and 2) compaction and differentiation of small ocean worlds such as Ceres. |
RoKafeMarch, 28 2023Time: 10:00 AM - 11:00 AMLocation: JGB 2.104A ![]() |
DeFord Lecture | Dustin TrailMarch, 30 2023Time: 4:00 PM - 5:00 PMLocation: JGB 2.324 (Boyd Auditorium) Traversing the chemical landscape of the early Earth by Dustin Trail, University of Rochester Abstract: The conditions that gave rise to life on Earth are still unknown. Despite this, there is broad agreement that the early planet was habitable, with interactions between low-temperature water and rock, potentially creating the substrate upon which life arose. While planetary-scale constraints are a crucial part of habitability, it\'s likely that key prebiotic chemistry occurred in smaller, more localized environments. This presentation will examine the early Earth environment on a global scale through zircon chemistry, while also delving into possible local environments and scenarios that may have played a significant role in prebiotic chemistry or the emergence of life. DeFord Lecture Series Since the 1940\'s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments. |
UTIG Seminar Series: Nicholas Harmon, WHOIMarch, 31 2023Time: 10:30 AM - 11:30 AMLocation: PRC 196/ROC 1.603 Speaker: Nicholas Harmon, Research Specialist, Geology & Geophysics, Woods Hole Oceanographic Institution Host: Eric Attias Title: The Dynamic Oceanic Lithosphere-Asthenosphere System of the Equatorial Mid Atlantic Ridge System: Results from the PI-LAB Experiment Abstract: The transition from the lithosphere to the asthenosphere is an important part of plate tectonic theory. However, its exact depth and the factor(s) that control it are widely debated. The PI-LAB (Passive Imaging of the Lithosphere-Asthenosphere Boundary) experiment included 39 ocean bottom seismometers and 39 ocean bottom magntotelluric instruments near the equatorial Mid-Atlantic Ridge. Seismic and magnetotelluric models are invaluable, given that they offer independent, yet complimentary constraints on the properties of the mantle. We jointly interpret shear-wave velocity tomography from surface waves, compressional and shear velocity tomography from body waves, seismic discontinuity imaging and magnetotelluric (MT) imaging to take advantage of a range of resolutions and sensitivities and illuminate the structure of the oceanic lithosphere and the underlying asthenosphere. We image a tectonic plate thickness that increases with age in one location but undulates in another location. We infer thin and slightly thicker melt channels and punctuated regions of ascending partial melt several hundred kilometers off the ridge axis. This suggests melt persists over geologic timescales, although its character is dynamic, with implications for the lithosphere–asthenosphere boundary (LAB) and the driving forces of the plates. Ascending melt intermittently feeds melt channels at the base of the plate. The associated melt-enhanced buoyancy increases the influence of ridge-push in driving plate motions, whereas the channelized melt reduces the resistance of the plates to motion. Therefore, while temperature plays a first-order role in dictating the lithosphere-asthenosphere transition, melt can also affect the location and sharpness of this interface. This melt likely plays an important and dominant role in driving the plates and facilitating their motions. |
Faculty MeetingApril, 04 2023Time: 12:30 PM - 1:45 PMLocation: JGB 4.102 (Barrow) |
RoKafeApril, 04 2023Time: 10:00 AM - 11:00 AMLocation: JGB 2.104A ![]() |
DeFord Lecture | Laure ZannaApril, 06 2023Time: 4:00 PM - 5:00 PMLocation: JGB 2.324 (Boyd Auditorium) TBD by Abstract: DeFord Lecture Series Since the 1940\'s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments. |
UTIG Seminar Series: Ann Dunlea, WHOIApril, 07 2023Time: 10:30 AM - 11:30 AMLocation: PRC 196/ROC 1.603 Speaker: Ann Dunlea, Assistant Scientist, Marine Chemistry and Geochemistry, Woods Hole Oceanographic Institution Host: Chris Lowery |
Hot Science - Cool Talks \"A Dinosaur\'s Roar\"April, 07 2023Time: 7:00 PM - 8:15 PMLocation: Welch Hall (WEL) Auditorium (Room 2.224) Based on Hollywood movies, many of us imagine that a dinosaur may have roared like a lion or a tiger. But what if instead of roaring, dinosaurs instead cooed? By examining birds as living descendants of dinosaurs, Dr. Julia Clarke shares how ancient dinosaurs may have produced sound and what that tells us about modern-day birds. Julia Clarke is a paleontologist and evolutionary biologist at UT Austin who studies birds and dinosaurs to better understand major transitions in the history of life. Dr. Clarke’s research focuses on how structures in living animals developed and how novel ways of moving—such as avian flight—evolved. Cool Activities: 5:30 – 6:40 p.m. Talk with Q&A: 7:00 -8:15 p.m. Hot Science – Cool Talks provides a front-row seat to world-class research. For additional information, please visit www.hotsciencecooltalks.org. |
RoKafeApril, 11 2023Time: 10:00 AM - 11:00 AMLocation: JGB 2.104A ![]() |
DeFord Lecture | Ken WilliamsApril, 13 2023Time: 4:00 PM - 5:00 PMLocation: JGB 2.324 (Boyd Auditorium) TBD by Abstract: DeFord Lecture Series Since the 1940\'s, the DeFord (Technical Sessions) lecture series, initially the official venue for disseminating DGS graduate student research, is a forum for lectures by distinguished visitors and members of our community. This is made possible through a series of endowments. |
UTIG Seminar Series: Charles Cockell, University of EdinburghApril, 14 2023Time: 10:30 AM - 11:30 AMLocation: PRC 196/ROC 1.603 Speaker: Charles Cockell, Professor of Astrobiology, University of Edinburgh Host: Cornelia Rasmussen & Sean Gulick |
Faculty MeetingApril, 18 2023Time: 12:30 PM - 1:45 PMLocation: JGB 4.102 (Barrow) |
RoKafeApril, 18 2023Time: 10:00 AM - 11:00 AMLocation: JGB 2.104A ![]() |
UTIG Seminar Series: Jim Gibeaut, Texas A&MApril, 21 2023Time: 10:30 AM - 11:30 AMLocation: PRC 196/ROC 1.603 Speaker: James Gibeaut, Endowed Chair for Coastal and Marine Geospatial Sciences, Harte Research Institute for Gulf of Mexico Studies (HRI), Texas A&M University - Corpus Christi Host: John Goff |
RoKafeApril, 25 2023Time: 10:00 AM - 11:00 AMLocation: JGB 2.104A ![]() |