David Rowley
David Rowley
My current research interests include paleoaltimetry and paleohypsometry, past history of plate production and destruction, age of initiation of the India-Asia collision, modelling of global plate kinematics and links to geodynamics, long-term sea level variation and reconstructing global paleogeographic evolution.
Field-based research focuses on the evolution of the Himalaya-Tibet Plateau, with a particular emphasis on paleoaltimetric estimates of its elevation history. This work is collaborative with Brian Currie (Miami University). My Chinese colleague Erchie Wang, Associate Director to the Institute for Tibetan Plateau Research, Chinese Academy of Sciences has been instrumental in the field component of this collaboration, while Dan Schrag at Harvard has provided analytical support, and Ray Pierrehumbert (U of C) modeling and climate collaborations. In addition collaboration with Kate Freeman and Pratigya Polissar is developing new archival records from which to derive paleoaltimetry estimates.
I am a fellow of the Canadian Institute for Advanced Research-Earth System Evolution Program (CIFAR-ESEP) through which I have on-going collaborations with Alessandro Forte (UQAM), Jerry Mitrovica (Toronto) with joint CIFAR-Post-doctoral fellow- Rob Moucha (UQAM), and with Kate Freeman (Penn State) and joint CIFAR-Post-doctoral fellow - Pratigya Polissar (Penn State/UC Santa Cruz).
In addition I have recently become the Editor of The Journal of Geology, published by The University of Chicago Press.
I am always looking for good graduate students seeking opportunities to undertake a PhD with me. I have a wide range of interests and have worked with students on a range of research. Students who have worked with me or under my supervision include:
2005 David Sunderlin, Assistant Professor, Lafayette College. Thesis: "Permian phytogeographic patterns on Northern Pangea with new data from the Alaska Range" (Advisors: Ziegler, Rowley)
2004 Andrew J. Cyr, currently PhD candidate at Purdue University. Thesis: “Geochemical and stable isotopic evaluation of Fenghuoshan Group lacustrine carbonates, north-central Tibet: implications for the paleoaltimetry of the mid-Tertiary Tibetan Plateau.” (MS from Miami University, Oxford, OH, Advisors: Brian Currie, Rowley).
2003 Bin Zhu, NYS Dept of Health - Statistics. Thesis: “Sedimentology, petrography, and tectonic significance of Cretaceous to lower Tertiary deposits in the Tingri-Gyantse area, southern Tibet” (PhD from The University at Albany -Advisors: W.S.F. Kidd, Rowley)
2001 Karin Goldberg. Universidade Federal do Rio Grande do Sul, Brazil. Thesis: "Paleoclimatic evolution of the Permian Parana Basin, southern Brazil" (Advisors:Ziegler, Rowley, & Humayan)
1998 Xue Feng. Petroleum Consultant. Thesis: “Exhumation of an ultrahigh-pressure metamorphic terrain in the Dabie Shan, China” (Advisor: Rowley)
1997 Michael Hulver, Geologist, Saudi Aramco. Thesis: "Post-orogenic evolution of the Appalachian mountain system and its foreland" (Advisor: Rowley)
1996 Paul Markwick, Getech, Leeds, U.K. Thesis: "Late Cretaceous to Pleistocene climates: nature of the transition from a 'hot-house' to an 'ice-house' world"(Advisor: Ziegler, Rowley)
1995 Yao JiPing, Software Engineer, Malagan Partners. Thesis: "Approaches to paleoclimatic reconstructions with examples from the Mesozoic and Cenozoic of Eurasia" (Advisor: Ziegler, Rowley)
1990 Nie ShangYou, Shell International (Den Hague/Beijing). Thesis: "Constraints on the Paleozoic plate reconstruction of China" (Advisor: Ziegler, Rowley)
1987 Dork Sahagian, Lehigh University, Professor. Thesis: “Epeirogeny and eustatic sea level changes as inferred from Cretaceous shoreline deposits” (Advisor: Ziegler, Rowley)
1983 Richard M. Friedman, University of British Columbia. Thesis: “Accretionary history of western North America during the Mesozoic and Cenozoic” (M.Sc. Advisors: Ziegler, Rowley)
Site Last Updated: November 21, 2009
Professor,
Ph.D., State University of New York at Albany,1983
Faculty member at University of Chicago since 1993
Norian (210 Ma) Paleogeography
Prominent circular feature in the
middle of the image is the
Manacouagan Impact Crater.
Possibly part of multi-impact
sequence. (Want to learn more?)