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DeFord Lecture Series

DeFord Lecture Series Speaker Schedule

The DeFord (Technical Sessions) lecture series has been a requirement and a tradition for all graduate students since the late 1940s. Once the official venue for disseminating DGS graduate student research, the DeFord Lecture series is now the forum for lectures by distinguished visitors and members of our community. Faculty and researchers from the Jackson School have invited prestigious researchers from around the world to present a lecture in this series. This is made possible only through a series of endowments.

The list below shows all the scheduled talks this semester. If you would like to meet with any of the speakers, please contact them or their hosts directly.

Talks are given from 4:00-5:00PM in JGB 2.324 (Boyd Auditorium) with cookies and coffee provided around 3:20-3:30 PM.

Click here to submit a name for the DeFord lecture series. Click here to evaluate the speaker.

DeFord Lecture Series Speaker Schedule Spring 2020

Date Speaker/Affiliation Field/Title Hosts (if applicable) Lectureship (if applicable)
Jan. 23 Jessica (JC) Creveling

Oregon State University

Revisiting earliest Cambrian skeletal fossil first appearance ages with a δ13Ccarb alignment algorithm

Sea-level change throughout Earth’s ice ages, and attendant paleoceanographic, paleoclimatological, and paleoecological shifts; integrates field observation of the sedimentary record with global geophysical numerical models to refine estimates of past sea level heights for both warmer and colder intervals in Earth’s history

Rowan Martindale The Judd H. and Cynthia S. Oualline Centennial Lecturer in Geological Sciences
Jan. 28 Job Candidate  
Jan. 30 Gary Mavko

Stanford University

 

Navigating Messy Rock Physics Problems

relationships between geophysical measurements and the rock and fluid properties; impact of rock type, porosity, pore fluids, temperature, and stress on seismic wave propagation and electromagnetic response

Eric Goldfarb Robert H. Cuyler Endowed Lecture Series
Feb. 4 Job Candidate  
Feb. 6 Brett Carpenter

University of Oklahoma

how fault structure and small-scale processes affect large scale fault and crustal behavior; behavior of earth materials at shallow to central crustal conditions, where destructive earthquakes originate and propagate Nicola Tisato N/A
Feb. 11 Job Candidate  
Feb. 13 Chris Bell

UT Austin

Vertebrate paleontology, North American Pliocene and Pleistocene small mammal biostratigraphy and biochronology, osteology, anatomy, and systematics of squamate reptiles and turtles, Impacts of climate change on vertebrate communities N/A N/A
Feb. 18 Job Candidate  
Feb. 20 A. Joshua West

University of Southern California

Carbon cycle processes, including feedbacks between climate, tectonics, and erosion and the role of weathering. isotope geochemistry. sulfides. Daniella Rempe/Thorsten Becker The Judd H. and Cynthia S. Oualline Centennial Lecturer in Geological Sciences
Feb. 25 Job Candidate  
Feb. 27 Ariel Anbar

Arizona State University

Redox Revolutions on Earth and Beyond

Scientist and educator interested in Earth’s evolution as an inhabited world, and the prospects for life beyond. His major focus is the deep time history of O2 and bioessential metals in the oceans, as deduced from the application of novel techniques in isotope geochemistry to ancient sedimentary rocks.

Rowan Martindale,

Mark Raizen (Physics)

Edwin Allday Lectureship in Geological Sciences
Apr. 9 Andres Folguera

Universidad de Buenos Aires

Integrates continental tectonics with volcanology, plate reconstructions, and marine geophysics. Brian Horton Edwin Allday Lectureship in Geological Sciences
Apr. 14 Daniel Penny

The University of Sydney, Australia

Environmental histories; global tropics, particularly mainland Southeast Asia and Central America, through to Australian based environmental reconstructions. Application of palaeo-botany and sedimentology to document the response of ecosystems to climatic variability and human activities over long periods of time. The response of human communities to environmental change. Tim Shanahan N/A
Apr. 16 Beata Csatho

University of Buffalo

Monitoring ice sheet mass balance and ice dynamics to understand ongoing rapid cryospheric changes; combining geophysical, remote sensing, climate and glaciological observations to understand the linkages between subglacial geology and ice sheet dynamics; reconstructing cryospheric changes from historical observations; developing new methods for change detection, data fusion and visualization to support Earth science applications. Sophie Goliber Robert H. Cuyler Endowed Lecture Series
Apr. 23 Asmeret Asefaw Berhe

UC Merced

Looking deeper: role of sub-soils in Organic Matter Dynamics

Soil science and global change science; understand the effect of changing environmental conditions on vital soil processes, most importantly the cycling and fate of essential elements in the critical zone

Michael Young The Fred L. and Frances J. Oliver Lectureship in Texas Hydrology and Water Resources
Apr. 30 Sonia Seneviratne

ETH Zurich

Analyzes climate extremes, land-climate processes, and climate changes. She uses several methods and approaches for these investigations: modeling (climate modeling, land surface modeling), data analysis (based on observations, reanalysis data, model simulations, satellite data), new approaches for the derivation of validation datasets, and own field experiments. Zong-Liang Yang The Judd H. and Cynthia S. Oualline Centennial Lecturer in Geological Sciences
May 7 Jennifer McIntosh

University of Arizona

Elemental and isotopic chemistry of surface waters, groundwaters, saline fluids, and natural gas to better constrain the sources of solutes, residence times and flow paths of fluids and gas, and biogeochemical processes. Research involves extensive field sampling, laboratory analyses, and geochemical and hydrologic modeling. Bayani Cardenas The Fred L. and Frances J. Oliver Lectureship in Texas Hydrology and Water Resources
More speakers to be updated soon