CS
Member Since 2008
Chelsea Scott
Assistant Research Professor, Arizona State University
AGU Research
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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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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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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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Remote Sensing of Fault Slip, Fault Creep, and Landscape Change: Implications for Surface Topography and Vegetation Measurement Needs.
SCIENCE AND TECHNOLOGY TOWARD ACHIEVING SURFACE TOPOGRAPHY AND VEGETATION STRUCTURE MEASUREMENTS III ORAL
global environmental change | 12 december 2022
Stephen DeLong, Chelsea Scott, Andrea Donnellan, J...
Repeat collection of high-resolution topographic data provides unprecedented insight into solid-Earth and Earth-surface processes. Results from these ...
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Creep along the Central San Andreas Fault from Surface Fractures, Topographic Differencing, and InSAR
INTEGRATING RELATED EARTHQUAKE DATA SETS: HOW TO COMBINE GEODESY, SEISMOLOGY, AND GEOLOGY IN INFORMATIVE WAYS I
tectonophysics | 16 december 2020
Chelsea Scott, Michael P. Bunds, Manoochehr Shirza...
Imaging tectonic deformation along creeping faults is critical for measuring strain rates and ultimately understanding the physical processes that gui...
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Robotics and AI weave surface process narratives from rock geomorphology
EXTRACTING INFORMATION FROM GEOPHYSICAL SIGNALS WITH MACHINE LEARNING III
seismology | 15 december 2020
Jnaneshwar Das, Zhiang Chen, Tyler Scott, Chelsea ...
We share our experiences with data-driven discovery for geomorphology, enabled by robotics and AI. Motivated by our prior work in automated fruit coun...
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Relative Slip in Damage Zones: Insights from Bishop Tuff Normal Faults
SPATIAL AND TEMPORAL HETEROGENEITIES ON FAULTS: DOES COMPLEXITY REVEAL EARTHQUAKE PROCESSES? III POSTERS
tectonophysics | 14 december 2020
Tiziano Giampietro, Yves Gaudemer, Isabelle Manigh...
Faults are embedded in damage zones where rocks are intensely fractured. Greater compliance in these zones impacts earthquake behavior on master fault...
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