RA
Member Since 1990
Ramon Arrowsmith
Professor, Arizona State University
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Tectonic Landform and Lithologic Age Impact Uncertainties in Fault Displacement Hazard Models
GEOPHYSICAL RESEARCH LETTERS
24 august 2024
Chelsea Scott, Rachel Adam, Ramon Arrowsmith, Albe...
Tectonic landforms and surficial lithologic age are essential data for producing quality late Quaternary fault maps and predicting coseismic fault ...
Advancing Geospatial Data Accessibility and Reuse by Adoption of FAIR Principles in OpenTopography
APPLYING COMMUNITY-DEVELOPED PRINCIPLES AND GUIDANCE TO IMPROVE OPEN-SCIENCE CAPABILITIES OF SCIENTIFIC DATA REPOSITORIES AND SERVICE PROVIDERS I POSTER
informatics | 14 december 2023
Viswanath Nandigam, Christopher J. Crosby, Chelsea...
The ability to discover, access and reuse scholarly data efficiently is critical for reproducible research and scientific discoveries. In the Earth sc...
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Through paleoseismic investigating understanding “Whether the historical 1505 central Himalaya earthquake produced surface rupture??”
FIELD OBSERVATIONS AND INSTRUMENTAL AND HIGH-RESOLUTION SATELLITE IMAGING: A VISION OF IMPROVED ACTIVE TECTONICS/PALEOSEISMOLOGY HAZARD ASSESSMENT II POSTER
seismology | 13 december 2023
Shreya Arora, Natalie Meenan, Drew Cochran, Mitthu...
The Himalayan Frontal Thrust (HFT) is one of the most seismically active collisional plate boundary faults that has experienced several damaging earth...
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Reflections on 15 years of OpenTopography: The Power of Topographic Data for Open Science
OPEN SCIENCE RECOGNITION PRIZE
union sessions | 12 december 2023
Christopher J. Crosby, Chelsea Scott, Viswanath Na...
On our dynamic and changing planet, topographic data serves as a three-dimensional reference for understanding the Earth's surface, including its topo...
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The transition to focused magmatism in the East African Rift System – a tale of two Depressions
FROM CONTINENTAL RIFTS TO RIFTED MARGINS IV ORAL
tectonophysics | 12 december 2023
Tyrone O. Rooney, Andrew Bollinger, Sahira Cancel ...
During the terminal stages of continental rifting, magmatism may become localized into belts of focused magmatic and tectonic activity within the rift...
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Segmenting geologic landforms using zero-shot deep learning and lidar topography
PROGRESS ON SCIENCE AND TECHNOLOGY TOWARD ACHIEVING A SURFACE TOPOGRAPHY AND VEGETATION STRUCTURE OBSERVING SYSTEM II POSTER
earth and planetary surface processes | 11 december 2023
Zhiang Chen, Chelsea Scott, Madeline F. Schwarz, S...
Motivated by the advancement of deep learning in image processing, we present our efforts towards developing open-source, easy-to-use tools that enabl...
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Data processing and quality for addressing STV solid earth science objectives with QUAKES-I Stereo-imagery
PROGRESS ON SCIENCE AND TECHNOLOGY TOWARD ACHIEVING A SURFACE TOPOGRAPHY AND VEGETATION STRUCTURE OBSERVING SYSTEM II POSTER
earth and planetary surface processes | 11 december 2023
Madeline F. Schwarz, Ryan Applegate, Robert W. Zin...
The Quantifying Uncertainty and Kinematics of Earth Systems Imager (QUAKES-I) is an airborne optical stereo-imaging system. The imagery enables rapid,...
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Creating a Space Physics Presence in Undergraduate Astrophysics and Astronomy Through Online Platforms
SPACE PHYSICS AND AERONOMY UNDERGRADUATE PROGRAMS: BUILDING COMMUNITY AND SHARING RESOURCES II POSTER
education | 11 december 2023
Katrina Bossert, Ramon Arrowsmith, Judd Bowman, Er...
Often there are core concepts in space physics that overlap with other specializations in astrophysics, astronomy, mathematics, and physics. At Arizon...
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