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GSA2016 ANNUAL MEETING & EXPOSITION

T178. LoessFest Part II                                              SEDIMENTS, CARBONATES / CLASTIC                                      GSA TODAY | www.geosociety.org/gsatoday

Disciplines: Quaternary Geology, Soils, Geomorphology               T182. Evolution of the Phanerozoic Carbonate Factories:
                                                                    A Pan-Tropical Perspective of Environmental Change
Advocates: Randall Schaetzl; Daniel R. Muhs
                                                                    Cosponsors: GSA Sedimentary Geology Division; International
  This session focuses on loess and related eolian systems.         Association of Sedimentologists; SEPM (Society for Sedimentary
Participants of the 2016 INQUA LoessFest are especially welcome     Geology), American Association of Petroleum Geologists;
to present in this session.                                         Paleontological Society

T179. Quaternary Geochronometers: Applications of Multi-            Disciplines: Sediments, Carbonates, Paleoclimatology/
Technique Approaches in Geomorphology and Archaeology               Paleoceanography, Stratigraphy

Cosponsors: GSA Quaternary Geology and Geomorphology                Advocates: Juan Carlos Silva-Tamayo; Moyra Wilson; Juan Carlos
Division; GSA Archaeological Geology Division                       Laya-Pereira; Simon Mitchell

Disciplines: Quaternary Geology, Geomorphology,                       We welcome contributions that investigate the effects of global
Archaeological Geology                                              environmental change on ancient/recent carbonate systems. This
                                                                    includes investigations/modeling of the effects of global environ-
Advocates: Harrison Gray; Kerry Riley; Michelle Summa Nelson        mental change on the biogeochemistry/biologic activity in past,
                                                                    present, and future oceans.
  This session investigates the use of multiple geochronometers to
reconstruct the timing of Earth’s surface processes. We encourage   T183. Microporosity—What We Know and What We Don’t
research that applies Quaternary geochronologic dating tech-
niques and discusses concordance and inconsistencies in the data.   Cosponsor: GSA Sedimentary Geology Division

T180. The Legacy of Herbert E. Wright Jr.: Seminal                  Disciplines: Sediments, Carbonates, Energy Geology, Engineering
Contributions toward Understanding Interactions among               Geology
Quaternary Climate, Landscape Processes, Vegetation, and
Human Society                                                       Advocates: Franciszek Hasiuk; Stephen Kaczmarek

Cosponsors: American Quaternary Association; GSA                      Microporosity is an important component of carbonate pore
Archaeological Geology Division; GSA Limnogeology Division;         systems that affects rock properties. This session provides a forum
GSA Quaternary Geology and Geomorphology Division                   for researchers to present their latest insights into the origin and
                                                                    diagenesis of carbonate micropores.
Disciplines: Quaternary Geology, Limnogeology, Archaeological
Geology                                                             T184. New Insights to the Dynamics of Stratigraphy and
                                                                    Sedimentation (Posters)
Advocates: Emi Ito; Daniel R. Engstrom; Cathy Whitlock; Julie
K. Stein                                                            Cosponsors: GSA Sedimentary Geology Division; SEPM (Society
                                                                    for Sedimentary Geology)
  This session honors the contributions of Herbert E. Wright Jr.
(1917–2015) to our understanding of Quaternary environments         Disciplines: Sediments, Carbonates, Sediments, Clastic, Marine/
and climate. Wright helped establish Quaternary science as a        Coastal Science
viable and important discipline in North American universities.
                                                                    Advocates: Gary L. Gianniny; Vitor Abreu
T181. Undergraduate Research Talks: The Next Step in Student
Research Projects                                                     This session welcomes student scientific contributions on sedi-
                                                                    mentary geology. Topics can range broadly from studies of ancient
Cosponsors: Council on Undergraduate Research Geosciences           to modern sediments, carbonates to clastics, and sedimentary
Division; GSA Quaternary Geology and Geomorphology Division;        processes and their products in the geologic record.
GSA Structural Geology and Tectonics Division; GSA Limnogeology
Division; GSA Geoscience Education Division                         T185. Autogenic and Allogenic Controls and Morphodynamic
                                                                    Responses of Large Fluvial Fans (Fluvial Megafans)
Disciplines: Quaternary Geology, Structural Geology,
Environmental Geoscience                                            Cosponsors: SEPM (Society for Sedimentary Geology); GSA
                                                                    Sedimentary Geology Division
Advocates: Jacqueline A. Smith; Bradley G. Johnson; Edward
C. Hansen                                                           Disciplines: Sediments, Clastic, Stratigraphy, Geomorphology

  This session provides a venue for undergraduate students and      Advocates: Jianqiao Wang; Andrew Leier
recent graduates to present talks on completed research projects.
Students may submit abstracts for research projects in any subdis-    We welcome contributions from ancient and modern datasets as
cipline of geology, earth science, or environmental science.        well as experiments and mathematical modeling to explore the rela-
                                                                    tive role of autogenic and allogenic controls on formation of large
                                                                    fluvial fans, their morphodynamics, and sedimentary evolution.

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