CW
Member Since 2018
Cristina G. Wilson
Assistant Professor (Sr. Research), Oregon State University
AGU Research
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Downslope Weakening of Soil Revealed by a Rapid Robotic Rheometer
GEOPHYSICAL RESEARCH LETTERS
08 january 2024
John Ruck, Cristina G. Wilson, Thomas Shipley, Dan...
Moving down a hillslope from ridge to valley, soil develops and becomes increasingly weathered. Downslope variation in clay content, organic matter...
Downslope Weakening of Soil Revealed by a Rapid Robotic Rheometer
GRANULAR AND FLUID PHYSICS ON EARTH AND OTHER PLANETARY BODIES I POSTER
earth and planetary surface processes | 12 december 2023
John Ruck, Cristina G. Wilson, Thomas Shipley, Dan...
Moving down a hillslope from ridge to valley, a soil layer develops and becomes increasingly weathered. Downslope increases in clay content, organic m...
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Using Legged Robots as Soil Rheometers: Understanding the Mechanical Behaviors of Granular Mixtures Related to Robotic Kinematics
EARTH AND PLANETARY SURFACE PROCESSES GENERAL CONTRIBUTIONS IV POSTER
earth and planetary surface processes | 16 december 2022
John Ruck, Douglas J. Jerolmack, Cristina G. Wilso...
LASSIE (Legged Autonomous Surface Science in Analogue Environments) is a new multi-institutional, NASA-funded project that aims to demonstrate the uti...
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Human-robot teaming for real-time data foraging decisions
NEAR REAL-TIME/LOW-LATENCY DATA AND TOOLS FOR EARTH SCIENCE APPLICATIONS II POSTER
earth and space science informatics | 15 december 2022
Cristina G. Wilson, Shipeng Liu, John Ruck, Dougla...
Robot appendage-based sensing can bring directly into the field a new generation of instrumentation that affords in situ measurements of a quality and...
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Understanding Human Decision Making in Robot-Assisted Field Data Collection
EARTH AND PLANETARY SURFACE PROCESSES GENERAL CONTRIBUTIONS POSTER
earth and planetary surface processes | 17 december 2021
Shipeng Liu, Cristina G. Wilson, Thomas Shipley, D...
Scientific field data collection requires expert scientists to mentally process and integrate a large number of observations and measurements, and dyn...
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Understanding Downslope Changes in Soil Strength: In-situ Robotic Measurements Reveal Mechanical Properties Along a Soil Catena
EARTH AND PLANETARY SURFACE PROCESSES GENERAL CONTRIBUTIONS POSTER
earth and planetary surface processes | 17 december 2021
John Ruck, Feifei Qian, Cristina G. Wilson, Thomas...
Moving down a hillslope from ridge to valley bottom, soil composition systematically changes due to a gradient in weathering and organic input. Increa...
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Translating analog field studies for mission science and operations on Mars2020: Approaches from Iceland and Padre Island, TX
THE USE OF ANALOG ENVIRONMENTS IN PREPARING FOR THE EXPLORATION AND CHARACTERIZATION OF PLANETARY SURFACES I ELIGHTNING
planetary sciences | 14 december 2020
Ryan C. Ewing, Marion Nachon, Elizabeth B. Rampe, ...
Studying environments on Earth that possess attributes similar to those on other worlds using planetary-exploration technology has become an important...
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Bringing the lab to the field: The benefits and pitfalls of spatially and temporally distributed in situ data for scientific reasoning
ADVANCEMENTS FOR IN SITU TERRESTRIAL ENVIROSENSING: TECHNOLOGY AND PRACTICE FOR END-TO-END DATA WORKFLOWS, SUPPORT CYBERINFRASTRUCTURE, AND QA/QC II ELIGHTNING
earth and space science informatics | 11 december 2020
Cristina G. Wilson, Feifei Qian, Douglas J. Jerolm...
With advances in technology, the structure of scientific data collection and the demands placed on human scientists will undoubtedly change. Technolog...
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