Summer Schools in
Integrated Solid Earth Sciences (ISES)


 


Pikes Peak and segment of Rocky Mountain erosion surface. Photo: Steve Weaver

Dates, Rates, and States

Integrated Solid Earth Sciences announces the 2008 topic of Dates, Rates, and States for the annual graduate summer school in Colorado. The interdisciplinary course will focus on the rates at which tectonic processes occur, the dates that constrain those rates, and the implications for deformation, erosion, magmatism, material properties, etc. (states).

ISES Summer School

Dates: July 24-July 31, 2008 Location: Colorado College

Dates, Rates, and States


Poster Abstracts


(click on abstract title to access pdf)


Alexis Ault

University of Colorado at Boulder

Deciphering the burial and unroofing history of the Slave craton from apatite (U-Th)/He thermochronometry

Yazidhi Bamutaze

Makerere University, Uganda

Spatio-temporal Dynamics of Erosion and Sedimentation on Mt. Elgon, Eastern Uganda

Maureen Berlin

University of Colorado, Boulder

Controls on relict landscape response to knickpoint migration, Roan Plateau, western Colorado

Kelly Bradbury

Utah State University

Physical properties and processes observed from core and drill cuttings from the San Andreas fault at depth, SAFOD Borehole Study Site, Parkfield, California

Caitlin Callahan

University of New Mexico

Testing hypotheses for net Cenozoic rock uplift of the Colorado Plateau using the flexural isostatic response to erosion

Elisa Fitz-Diaz

University of Minnesota

Fold analysis: a key to understanding the progressive deformation of the Mexican Fold Thrust Belt (MFTB)

Marc Giba

University College Dublin, Ireland

Fault activity migration within the Northern Taranaki Basin, New Zealand

Stacia Gordon

University of Minnesota

Linking metamorphism, partial melting and exhumation in a continental arc system, Skagit Gneiss, North Cascades

I. Camilo Higuera-Diaz

Northern Illinois University

Climate-Driven versus Tectonic-Driven Asymmetry of an Orogenic Wedge: Examining Mechanisms for Focused-Denudation Using Geomorphic Indexes

Brad Johnson

University of North Carolina – Charlotte

Examining post-LGM landscape evolution: Comparing recent surficial mapping with a 12 meter bog core

Christopher Kemp

California State University – Fresno

Preliminary interpretations of Late Cenozoic landscape evolution of the northern Sierra Nevada

Amy Luther

New Mexico Tech

Strength and evolution of fault rocks in low-angle normal fault zones

Jeff Marsh

University of Maine

Mechanisms for shear zone development in the deep orogenic crust

Kalin McDannell

West Virginia University

Contemporary shearing on the Tucurrique Fault: Evidence for an Active Pull-Apart Basin at Pejibaye, Costa Rica

Natalie Nahill

University of Pennsylvania

Reconstructing the chronology of Supernova events: Determining major variations in the history of the cosmic-ray flux incident on the Earth’s surface by measuring the concentration of 22Ne in halite

Byrdie Renik

Columbia University

An evaluation of competing models for extension across the Death Valley region, California-Nevada

Alan Rooney

Durham University

Re-Os geochronology of organic-rich sediments: implications for absolute age constraints of Proterozoic sedimentary basins

Victor Sacek

Universidade de São Paulo, Brasil

Numerical modeling of sedimentary and flexural processes in passive margins

Misty Stroud

University of Florida

The Farmington Canyon Complex: Geochemical and Isotopic Constraints on the Evolution of the SW Laurentian Margin

Erkan Toraman

University of Minnesota

40Ar/39Ar thermochronology across a blueschist-to-Barrovian transition zone, Sivrihisar Massif, Turkey

Martín Turienzo

Universidad Nacional del Sur, Argentina

Kinematic evolution of the Malargüe fold-and-thrust belt at the Río Diamante (34º40’ S.L.), Southern Andes of Argentina.

Alberto Vitale Brovarone

Università degli Studi di Torino, Italy

The preservation of Corsican lawsonite-bearing eclogites: evidence for the role of oceanic detachments in the very rapid exhumation of HP/UHP rocks in collisional orogens.

Brian Yanites

University of Colorado

Differential incision and channel dynamics across structural boundaries along the Peikang River, central Taiwan

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The ISES summer school and this website receive support from the National Science Foundation award EAR-0532406, which includes contributions from the EAR Tectonics; Education and Human Resources; and Petrology & Geochemistry programs. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the coordinators and do not necessarily reflect the views of the National Science Foundation.

 

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