Page 17 - i1052-5173-32-5

characteristics, including the spatial and temporal scales over which Disciplines: Quaternary Geology, Geomorphology, Sediments,
such characteristics can be used to infer past landscape dynamics. Clastic
Advocates: Mark Sweeney; Jordan Bretzfelder; Nicholas Lancaster
T8. Non-Perennial Streams and the Fluvial System This session will explore research focused on all aspects of the
Endorsers: GSA Quaternary Geology and Geomorphology response of aeolian processes and landforms to natural and
Division; GSA Soils and Soil Processes Division anthropogenic change.
Disciplines: Geomorphology, Hydrogeology, Environmental
Geoscience T13. The Legacy of Kenneth L. Pierce: Interdisci-
Advocates: Julianne Scamardo; John Kemper; Kristin Jaeger; plinary Studies along the Track of the Yellowstone
Daniel Cadol Hotspot and Beyond
We encourage submissions of all aspects of non-perennial Endorsers: GSA Quaternary Geology and Geomorphology
stream research, including non-perennial stream dynamics and Division; GSA Mineralogy, Geochemistry, Petrology, and
processes, the role of non-perennial streams in shaping land- Volcanology Division; GSA Structural Geology and Tectonics
scapes, and the impacts of non-perennial streams on downstream Division; Geochemical Society; GSA Geochronology Division
waterbodies and communities. Disciplines: Quaternary Geology, Volcanology, Tectonics/
Tectonophysics
T9. Over the Hills and through the River: The Advocates: Lisa Morgan; Joseph Licciardi; Cathy Whitlock;
Mechanisms of Change in Bedrock River Influenced/ Kenneth Cannon; Jennifer Pierce
Controlled Landscapes This session honors Ken Pierce (1937–2021) and his distin-
Endorser: GSA Quaternary Geology and Geomorphology Division guished work on the Yellowstone hotspot track integrating neotec-
Disciplines: Geomorphology, Quaternary Geology tonics, volcanology, mantle dynamics, glaciation, geomorphology,
Advocates: Stephanie Shepherd; Brian Yanites paleoecology/climatology, and archaeology in the Yellowstone
This session will highlight emerging work focused on the role Geoecosystem. We welcome submissions within these disciplines.
of climate, lithology, tectonic, and sediment supply in controlling
how bedrock rivers evolve over time. T14. The Status of the Laurentide Ice Sheet during
MIS-3
T10. Physical and Biological Processes, Endorsers: GSA Quaternary Geology and Geomorphology
Interactions, and Restoration in River Systems Division; GSA Marine and Coastal Geoscience Division
Endorser: GSA Quaternary Geology and Geomorphology Division Disciplines: Quaternary Geology, Paleoclimatology/
Disciplines: Geomorphology, Environmental Geoscience, Paleoceanography, Marine/Coastal Science
Sediments, Clastic Advocates: Gifford Miller; Michel Lamothe
Advocates: Sharon Bywater-Reyes; Alan Kasprak; Katherine The configuration and volume of the Laurentide Ice Sheet dur-
Lininger; Anna E. Marshall ing MIS-3 remain debated, with strong implications for sea level
In this session, we welcome contributions that highlight or and the status of the Antarctic Ice Sheet. We seek contributions
uncover the interactions among physical and/or biological processes that help resolves these uncertainties.
in fluvial settings, both within and outside the active channel.
SEDIMENTS, CARBONATES
T11. Soils and Geomorphology: In Memory of Pete
Birkeland T15. Toward Unravelling the Dolomite
Endorsers: GSA Quaternary Geology and Geomorphology Problem: New Approaches and Novel Perspectives
Division; GSA Soils and Soil Processes Division; GSA Endorsers: Mineralogical Society of America; GSA Karst Division;
Geoarchaeology Division; GSA Geology and Society Division SEPM (Society for Sedimentary Geology); GSA Geobiology and
Disciplines: Geomorphology, Soils, Engineering Geology Geomicrobiology Division
Advocates: Marith Reheis; James McCalpin; Vance T. Holliday; Disciplines: Sediments, Carbonates, Geochemistry, Geomicrobiology
Daniel R. Muhs; Scott Burns; Bradley Johnson; Janet L. Slate; Advocates: Bing Shen; Meng Ning; Ruimin Wang
Bradley D. Sion This session provides a platform to communicate progress in
The contributions of Pete Birkeland unify soils, geomorphology, dolomite studies with applications of diverse sedimentological, geo-
and Quaternary stratigraphy, leading to better understanding of chemical, numerical modeling, and experimental approaches and to
alpine glacial records, landscape change, surficial deposits, slope share novel ideas toward understanding the dolomite problem.
evolution, and applications to archaeology, geologic hazards, and
critical zone studies. SEDIMENTS, CLASTIC

QUATERNARY GEOLOGY T16. Deep-Time Critical Zone and Terrestrial
Records of Paleozoic Climate Dynamics
T12. Aeolian System Response to Environmental Endorsers: GSA Sedimentary Geology Division; GSA Limnogeology
Change Division
Endorsers: GSA Quaternary Geology and Geomorphology Disciplines: Sediments, Clastic, Limnogeology, Paleoclimatology/
Division; GSA Soils and Soil Processes Division Paleoceanography
Advocates: Jonathan Knapp; Amy Weislogel

www.geosociety.org/gsatoday 17