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GSA2015 ANNUAL MEETING & EXPOSITION
T27. Intersections of Sustainability and Geosciences T32. Urban Geochemistry
Disciplines: Environmental Geoscience; Geoscience Education; Disciplines: Environmental Geoscience; Geochemistry; Geology
Geoscience Information/Communication and Health
Advocates: Robert Brinkmann; Leslie North Advocates: W. Berry Lyons; David T. Long
Papers are sought for a special session on sustainability and the This session encourages presentations that qualify and quantify
geosciences. The session seeks to highlight work that combines the the geochemical and biogeochemical impacts (temporal and
fields of sustainability and geoscience to examine or educate about spatial) of urbanization and urban activities on soil, water, and air
environmental and/or societal problems. resources, as well as on human and ecosystem health.
T28. Ponder the Anthropocene T33. Using Long-Term Research in the Baltimore Urban GSA TODAY | www.geosociety.org/gsatoday
Environment in Scientific Decision Making and Education
Disciplines: Environmental Geoscience; History and Philosophy Disciplines: Environmental Geoscience; Public Policy;
of Geology; Geoscience Information/Communication Geoscience Education
Advocates: Suzanne O’Connell; Steward Pickett
Advocates: Patrick Burkhart; Paul Baldauf
Urban environments create heat islands, modify hydrology, and
Humans and industrialization have substantially perturbed require large influxes of resources. The Baltimore LTER project
Earth Systems. Assessments of impacts, predictions of trends, and investigates multiple biogeochemical systems. Data collected is
approaches to teaching environmental geology, while maintaining used to understand the complex urban environment and educate
optimism and an undefeatable human spirit, are sought. students and policymakers.
T29. Restoring the Nation’s Largest Estuary: Lessons Learned Geochemistry
from Efforts to Address Changes in Water Quality and
Ecosystem Structure and Function within the Context of T34. Deep Weathering, Ancient Landscapes, and Regolith-
Landscape Change and Climate Variability in the Chesapeake Dominated Terrains
Bay and Its Watershed Disciplines: Geochemistry; Geomorphology; Economic Geology
Advocate: Ignacio Gonzalez-Alvarez
Disciplines: Environmental Geoscience; Public Policy;
Hydrogeology Regolith-dominated terrains extend throughout large areas of
the world. Weathered profiles in these regions reach depths of
Advocates: Christopher P. Carlson; Scott W. Phillips; Joel D. hundreds of meters and are complex due to weathering processes
Blomquist; Lewis C. Linker; William C. Dennison overprinting developed for millions of years.
The session will focus on ecosystem response to restoration T35. Honoring the Diverse Career of Dr. W. Berry Lyons:
policies and practices to improve water quality and habitat in Geochemistry from Polar Deserts to Tropical Watersheds
the tidal bay and throughout the watershed, emphasizing the Disciplines: Geochemistry; Hydrogeology; Limnogeology
influence of land use, geology, ecology, management actions, Advocates: Sarah K. Fortner; Carolyn B. Dowling; Karen
and climate variability. Johannesson; Klaus Neumann; Carmen A. Nezat
T30. Shale Gas Exploration and Emissions: A Focus on the This session honors W. Berry Lyons and his many contributions
Marcellus in Western Pennsylvania to geochemistry. Dr. Lyons has investigated polar to tropical
settings. His research, collaborative abilities, and leadership
Disciplines: Environmental Geoscience; Engineering Geology; inspire many and have built new directions in geochemistry.
Economic Geology; Oil/Gas/Alternative Energy
T36. Mercury Biogeochemistry: Sizing up Element 80 in the
Advocate: Gregory J. Mount Earth System
Disciplines: Geochemistry; Environmental Geoscience;
This session focuses on research on fugitive gas emissions and Geomicrobiology
produced waters from natural gas wells in Devonian shale to Advocates: Nathan Yee; John Reinfelder
better define the contribution of this activity to the regional and
global carbon cycle and environment. This session will feature recent advances in mercury (Hg)
biogeochemistry focusing on geochemical and microbial
T31. Unmanned Aerial Vehicles and Their Use in Geologic Hg transformations, Hg stable isotope fractionation processes,
Reconnaissance (Posters) and novel remediation strategies at contaminated sites.
Disciplines: Environmental Geoscience; Engineering Geology
Advocate: Thomas L. Rice
This session will highlight the burgeoning development of
UAV/UAS (drone) platforms and sensors that can be utilized in
geologic reconnaissance, especially in natural resource and
natural hazards assessments. Active or passive remote sensing,
in miniature!
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