Archives: Events

Speaker: Grace Carlson, University of California, Berkeley Geodetic observations of the Earth’s gravitational and deformational response to changes in terrestrial water storage (ΔTWS) have been essential measurements to characterize hydrological phenomena on a range of spatiotemporal scales. They have been especially useful to characterize and quantify the impact of hydrological hazards like droughts and floods. … Continued

This 5-day course will provide instruction in basic Magnetotelluric (MT) theory and application, including hands-on experience with magnetotelluric (MT) instruments managed by the EarthScope Primary Instrument Center (EPIC) and the evolving landscape of software tools for developing research products with MT datasets. The short course will combine field demonstrations, lectures, guided exercises, and group discussion. Instruction and training … Continued

The Common Sensor Platform team will be presenting information about their initial design and inviting community feedback.

Participants in this workshop will help to update data sets and other time-sensitive resources from InTeGrate and GETSI teaching modules using the newly developed Community Contribution Tool. Workshop is part of the Earth Educators Rendezvous 2024.

This workshop provides the foundation for Earth science instructors to integrate near-surface geophysics instrumentation and methods into their undergraduate courses — from introductory to majors-level.

The NSTA National Conference in Denver is the largest and most engaging professional learning event for science educators in the nation.

Speaker: Rick Aster, Colorado State University

Speaker: D. Sarah Stamps, PhD, Associate Professor, Virginia Tech

This presentation will discuss the evolution of this CODE-GEO program, several successes, and provide information on how the curriculum could be adopted or adapted for one’s own uses.  

This course will cover the application of PPP in various fields such as geodesy, seismology, aerial photogrammetry, engineering surveys, and meteorology.

This course will cover basic & advanced InSAR theory, InSAR processing with the JPL/Caltech InSAR Scientific Computing Environment (ISCE), methods for mitigating noise in InSAR data, access the ARIA standard InSAR product and prepare them for time-series analysis using ARIA-tools, InSAR time-series analysis with the MintPy software, pixel offset tracking, and basic data interpretation and modeling.