VOLCANO: Rocky Mountain Meeting
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Rocky Mountain Meeting
From: "Mickus, Kevin L" <KevinMickus@xxxxxxxxxxxxxxxxx>
We would like to draw your attention to the the upcoming (May
9-11) Rocky Mountain Meeting of the Geological Society of America in
Albuquerque, which contains a number of sessions that will be of
interest to the Geophysics Community.
Kindly note that the deadline for abstracts is 2/14. A list of sessions follows.
Your GSA Geophysics Division Representatives
Abstract deadline: 14
Please submit your abstract online. An
abstract submission fee of US$10 for students and US$15 for all others
will be charged. If you cannot submit an abstract online, please contact
Linda Battan, +1-303-357-1018, lbattan@xxxxxxxxxxxxxx.
Theme Sessions are listed below; we also welcome abstract submission to discipline sessions.
1. Geoscience Education: Current Practice and Research.
Steve Semken, Arizona State University; Matt Nyman, University of New Mexico.
This session highlights current and innovative curriculum development,
teaching, assessment, K–12 science teacher preparation or professional
development programs, and education research in the earth sciences.
Presentations on geoscience education in formal
settings (classroom, lab, field-trip, hybrid, online) and informal
settings (parks, museums, media) are all welcome. We particularly
encourage abstracts on teaching and learning done in and about the Rocky
Mountain region and its environs.
2. Undergraduate Research in the Rocky Mountains (Posters).
David Mogk, Montana State University; Darrell Henry, Louisiana State
University; Paul Mueller, University of Florida; David Foster,
University of Florida.
This session will showcase the breadth of research being done by
undergraduate students in the Rocky Mountain region. Contributions are
encouraged from (a) students to present the results of their original
research (e.g., thesis or independent study projects);
(b) research programs for pre- and in-service teachers; and (c) faculty
to demonstrate undergraduate research program design and implementation
(e.g., Research Experiences for Undergraduate programs, USGS EDMAP
program, institutionally sponsored research programs,
and other sponsored research activities).
3. Geologic Mapping in the Digital Era: Integrating Research, Modern Mapping Techniques and Map Products (Posters).
Mike Timmons, New Mexico Bureau of Geology and Mineral Resources.
This session will highlight recent geologic research with a strong
geologic mapping component using modern techniques in data capture,
storage, and presentation. Modern geologic maps provide researchers,
students, and the public with a powerful tool for understanding
the geologic landscape and history. For decades, geologic mapping has
been recognized as a vital tool to researchers for understanding events
and processes in the geologic past. More recently, modern digital
geologic maps are more recognized by the public
sector—helping to inform the community and aide in planning for
critical resource issues. We invite you to present your latest geologic
mapping research, methods for training the next generation of geologic
mappers, techniques in field mapping, and/or advances
in modern map design.
4. Water Quality and Biogeochemistry Before and After the Los Conchas Fire, Jemez Mountains, New Mexico.
Cliff Dahm, University of New Mexico; Jon Chorover, University of Arizona.
The Los Conchas fire that burned throughout much of the summer of 2011
was the largest fire in the recorded history of the state of New Mexico.
The fire burned catchments where extensive research has been ongoing
for many years and provides opportunities to
address fire effects on water quality and biogeochemistry on catchments
with excellent background data. This session will look at the water
quality and biogeochemistry of the area affected by the fire both before
and after the large burn. The State of New
Mexico Experimental Program to Stimulate Competitive Research (EPSCoR),
the Critical Zone Observatory (CZO) based at the University of Arizona,
and the Valles Caldera National Preserve (VCNP) all have extensive
research activities in the burned catchments.
This session will focus on the water quality and biogeochemistry of
these catchments and the effects of the fire on the streams and rivers
within these catchments.
5. Arsenic, Uranium, and Radionuclides: Geology and Health Impacts in the Southwest and Rocky Mountains.
Malcolm Siegel, Sandia Laboratories.
Concentrations of carcinogenic arsenic and radium and nephrotoxic
uranium are naturally high in rocks and waters in many parts of the
Navajo Nation and in the Southwest and Rocky Mountain States.
Development of mineral resources and urbanization has led to
significant pollution in several areas. Populations may be exposed to
these substances via inhalation, ingestion, and dermal routes.
Evaluation of health effects due to past and potential future exposures
has political, social, and economic implications and
requires collaboration among earth scientists, civil engineers, and
health professionals. This session will bring together researchers from
academic, government, and private agencies to examine various dimensions
of such topics as past and proposed uranium
mining and the impact of new drinking water regulations for arsenic and
radionuclides on communities in this area.
6. Hydrogeology of the Sierra Blanca, Sacramento Mountains, and Tularosa Basin, New Mexico.
Geoffry Rawling, New Mexico Bureau of Geology and Mineral Resources; Mike Darr, USGS New Mexico Water Science Center.
This session invites talks covering all aspects of hydrology and geology
as it pertains to the groundwater and stream systems in the mountains
and sedimentary basins of south-central New Mexico. It will be a good
forum to present new research by the NMBGMR
and USGS, as well as other research groups, agencies, and private
7. Surface to Groundwater Interactions in New Mexico and Southern Colorado.
Mark Person and Emily Woolsey, New Mexico Institute of Technology.
This session focuses on recent field and modeling studies conducted to
assess groundwater–surface water interactions and mountain front
recharge within the Rio Grande, southern Colorado, and the Rocky
Mountain region. We especially encourage submissions of
studies focusing on how changes in climate, forest fires, and land-use
practices have influenced surface-water and groundwater resources and
water quality. Submissions of papers on mountain-front recharge are also
8. Multidisciplinary Studies of the Rio Grande Rift: Basins, Volcanism, Geophysics, and Hydrogeology.
S.D. Connell and D.J. Koning, New Mexico Bureau of Geology and Mineral Resources; V.J.S. Grauch, U.S. Geological Survey.
Ongoing multidisciplinary studies of the Rio Grande rift, from Colorado
to Mexico, continue to elucidate landscape development, structure,
tectonic evolution, stratigraphic architecture, depositional history,
and volcanism of this tectonically active region.
Knowledge gained from interdisciplinary approaches is essential to
address societal challenges facing burgeoning communities within basins
of the Rio Grande and surrounding extensional basins of the Basin and
Range, including the distribution of aquifer units
and groundwater-flow paths, potential area for aggregate commodities
and oil and gas extraction, environmental challenges of resource
development, and seismic hazards. Results of these studies can be
extended to other alluvial basins throughout the American
Southwest. This session gathers multidisciplinary contributions that
investigate all aspects of structure, tectonism, sedimentation,
volcanism, geochronology, geomorphology, and hydrogeology in the Basin
and Range and Rio Grande rift.
9. Cenozoic Landscape
Evolution in the Rocky Mountains and Colorado Plateau: Deciphering the
Interplay between Mantle Buoyancy and Surface Processes.
Eric Kirby, Pennsylvania State University; Andres Aslan, Colorado Mesa University.
Although the role of mantle buoyancy has long been recognized as an
integral component supporting high topography in the western United
States, recent acquisition of high-resolution images of present-day
mantle structure and improved models of mantle flow suggest
an intimate association between small-scale convective flow and surface
topography. This session will bring together new geologic, geomorphic,
and thermochronologic constraints on the history of landscape evolution
with geophysical observations and models
to explore the coupling between mantle dynamics and the topographic
evolution of the Rocky Mountains and Colorado Plateau. We welcome
submissions dealing with field, laboratory, experimental, and modeling
approaches to understanding the evolution of topography
in this region.
10. Deep Lithospheric Structure of the Rocky Mountain Region.
Rick Aster, New Mexico Institute of Technology; Jolante van Wijk, University of Houston.
This session invites talks that address the structure and evolution of
the continental lithosphere of the Rocky Mountain region, the nature of
interactions between the lithosphere and asthenosphere, and geophysical
and geodynamic studies of western U.S lithospheric
and upper mantle evolution.
11. Advances in Our
Understanding of Paleogene Climate and Vegetative Change in the North
American Mid-Continent and Rocky Mountain Region.
Grant Boardman, University of Nebraska; William Lukens, Temple University.
This session will focus on the various proxies used to elucidate
climatic and vegetative change during the Paleogene in the Rocky
Mountains and adjacent physiographic regions. We invite contributions
that utilize proxies ranging from stable isotopes to phytoliths,
from floral remains to paleosols, and any other related tools that
contribute to our understanding of climate and vegetative biomes in this
region during the Paleogene.
12. Basin-Scale Sedimentology and Stratigraphy of Continental Strata in the Rocky Mountain Region.
Gary Weissmann, University of New Mexico; Kate Zeigler, New Mexico Highlands University; Kevin Hobbs, University of New Mexico.
This session will focus on fluvial and eolian strata in the Rocky
Mountains and adjacent physiographic regions, with emphasis on
basin-scale processes. Stratigraphic units such as the Ogallala
Formation, the Nacimiento Formation, the Morrison Formation, and
the Chinle Group contain information that can be used to untangle the
complex web of processes operating in these large basins. We invite
contributions that describe the large-scale sedimentologic and
stratigraphic evolution of the many continental successions
found in the Rocky Mountain region.
13. Detrital Zircons Studies in the Western Interior U.S. and Their Implications for Ancient Landscape Evolution.
Carol Dehler, Utah State University; Mark Pecha, University of Arizona; Timothy Lawton, New Mexico State University.
Talks and posters are encouraged that use detrital zircon geochronology
to address diverse aspects of the sedimentary and tectonic evolution of
the western U.S. as well implications of these studies for understanding
continental-scale basins and river systems,
ancient landscape evolution, and supercontinent configurations.
14. From the Archean to the
Eocene and from the Surface to the Mantle: New Perspectives on Laramide
Orogenesis in the Rocky Mountain Region.
Jeff Bader, AECOM Technology Corporation.
This session focuses on recent research on Laramide tectonism. New
findings from several researchers could be presented during this
session. These works would include, among others: Lower crustal and
upper mantle studies (EarthScope and CREST), studies of transcurrent
relations to Laramide uplifts/arches, relation and control of basement
anisotropies on Laramide tectonism, role of allochthonous terranes in
the Precambrian development of the Wyoming and Colorado Provinces and
their controls on Laramide tectonism, paleomagnetic
studies, plate tectonic relations to Laramide orogenesis, geophysical
studies related to basement rocks involved in Laramide orogenesis,
seismic investigations and basin development related to petroleum
generation and entrapment, Ancestral Rockies influence
on Laramide orogenesis.
15. Exploring Stratigraphic, Geochemical, and Paleobiologic Records in Phanerozoic Marine Systems of the Rocky Mountain Region.
Maya Elrick, University of New Mexico.
This session focuses on a range of stratigraphic, geochemical, and
paleobiologic tools utilized to detect paleoceanographic, paleoclimatic,
and paleoenvironmental changes occurring in Phanerozoic marine systems
throughout the Rocky Mountain and western U.S.
regions. Topics might include sequence stratigraphy, cyclostratigraphy,
stable and radiogenic isotope records, detrital zircon provenance
studies, and paleontologic trends across a range of geologic time
scales, from thousands to tens of millions of years.
16. Paleoproterozoic Orogeny
and Mesoproterozoic Enigmas: Constraints on the Formation, Assembly, and
Evolution of the Precambrian Rocks in the Rockies.
Chris Andronicos, Cornell University; Chris Daniel, Bucknell University.
The Proterozoic orogenic belt of the western United States stretches
from the Wyoming craton in the north to the Grenville suture zone in
west Texas and northern Mexico. Conventional views on the orogenic belt
hold that assembly of juvenile crust to the southern
margin of Wyoming craton occurred in the Paleoproterozoic during two
major orogenic phases, the Yavapai and Mazatzal orogenies. However, over
the past 20 years, diverse geochronological data sets provide evidence
for regional metamorphism and variable but
intense deformation during the Mesoproterozoic, broadly synchronous
with “1.4 Ga plutonism,” which affected much of the orogenic belt. This
session will bring together experts on the Precambrian Geology of the
Rocky Mountain region to present results of new
research on in situ geochronology, detrital zircon data, and direct
dating of metamorphic minerals to review existing models and discuss new
models for crustal evolution in the southwest, and to propose new
directions for research.
17. Meteorites and Impact Craters.
Rhian Jones and Adrian Brearley, University of New Mexico
The Rocky Mountain Region and the Southwestern US are fertile hunting
grounds for meteorites, and home to several notable meteorite
collections. Meteorites form the basis for understanding the origin and
geological evolution of the planets and small bodies
of the Solar System. Meteorite impacts are a significant geological
process on the Earth and are represented in this region by several
recognized impact craters, including the well-known Barringer Crater
("Meteor Crater") and the recently identified Santa
Fe impact structure. Evidence for the K/T impact is preserved at sites
such as the Raton Basin. We invite contributions to this session that
cover all topics related to meteorites and impact structures, with the
goal of communicating current ideas in these
fields to the broader geoscience community.
18. Cenozoic Drainage Evolution and River Incision History of the Colorado Plateau-Rocky Mountain Region.
Richard Young, SUNY Geneseo; Karl Karlstrom, University of New Mexico
We encourage abstracts submissions regarding the Cenozoic landscape
evolution of the Colorado Plateau-Rocky Mountain region, including
studies based on: river incision history, thermochronology, detrital
zircons, geomorphology, and sedimentary studies. We are
interested in comparing river incision histories across the continental
divide, from the Colorado River to the Rio Grande drainages.
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