|
February 6
|
Princeton GEO/AOS Department retreat
|
-
|
|
February 13
|
Jon Samuelson
Department of Geosciences
Penn State University
Host: Yajing Liu
|
Experimental analysis of dilatancy in simulated fault gouges
Abstract
|
|
February 20
|
Garrett Leahy
Geology & Geophysics Department
Woods Hole Oceanographic Institution
Host: Frederik Simons
|
Local Variability in the 410-km Mantle Discontinuity under a Hotspot
Abstract
Short biography
of speaker
|
|
February 27
|
Joshua Feinberg
Department of Geology and Geophysics
University of Minnesota
Host: Adam Maloof
|
Magnetic inclusions in silicate minerals: New Views into the Ancient Magnetic Field of the Earth and Solar System
Abstract
Short biography
of speaker
|
|
March 6
|
Victor Tsai
Earth & Planetary Sciences Department
Harvard University
Host: Jeroen Tromp
|
A Model for Turbulent Hydraulic Fracture and Application to Crack Propagation at Glacier Beds
Short biography
of speaker
|
|
March 13
|
Kevin Lewis
Division of Geological and Planetary Sciences
California Institute of Technology
Host: Frederik Simons
|
Cyclicity in the sedimentary rock record of Mars
|
March 20
|
Spring recess
|
-
|
|
March 27
|
Stephane Rondenay
Department of Earth, Atmospheric & Planetary Sciences
Massachusetts Institute of Technology
Host: Frederik Simons
|
A seismological perspective of water distribution in subduction zones
|
|
April 3
|
Roger Buck
Lamont-Doherty Earth Observatory
Columbia University
Host: Nadine McQuarrie
|
How global cooling and geothermal heating contribute to the transition from ~40 kyr to ~100 kyr cyles of ice ages
|
April 10
|
Easter break
|
-
|
|
April 17
|
Natalia Dubrovinskaia
Institute of Mineralogy
Heidelberg University
Host: Tom Duffy
|
High Pressure Alloying: from Geosciences to Novel Materials
Short biography
of speaker
|
|
April 24
|
Robert Downs
Department of Geosciences
University of Arizona
Host: Tom Duffy
|
Compression mechanisms in minerals
|
|
May 1
|
Susannah Dorfman
Department of Geosciences
Princeton University
Host: Tom Duffy
|
Super-earths and super-hard materials: Structure and compressibility of fluorides to 100+ GPa
|