Calendar

Overview: Quantitatively skilled Earth science graduates are critical to meeting the needs of the workforce and the country. This workshop will bring together Earth science instructors to develop co-curricular modules to support undergraduate majors-level quantitative skill development and plan for their testing in 2024-25 academic year. This workshop will gather ~16 faculty members and facilitators to develop … Continued

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

This course will explore the latest concepts in high-precision multi-GNSS PPP processing and undifferenced ambiguity resolution techniques. Participants will learn how to apply these theories to a range of scientific and engineering projects using the open-source PRIDE PPP-AR software.

The Rupture and Fault Zone Observatory (RuFZO) is a community-driven effort that aims to collect geophysical data within rupture zones of significant earthquakes and develop the workforce needed to design, build, and operate future geoscience facilities. This workshop will serve to gather key contributors and inform the community, which until now has been engaged largely through virtual events, for a focused half-day program.

Short course covering InSAR theory, processing SAR interferograms using the ISCE software, methods for mitigating noise in InSAR data, InSAR time series preparation using ARIA-tools, producing InSAR time series using the MintPy software, the basics of InSAR data interpretation, and simple modeling and applications.

The workshop is for undergraduate instructors who want to use near-surface geophysics applications in their classrooms. Instructors at 2YC and MSI institutions are encouraged to apply. There will be field and classroom parts of the workshop.

This course will cover the theory and application of repeat-pass synthetic aperture radar interferometry (InSAR) using the software GMTSAR. Lectures and exercises will be given to teach the basic theoretical aspects of InSAR.

This course will cover the use of GMT 6 in geodesy using UNIX shell scripting, plus intros to Python and Julia wrappers. This course will cover all the prerequisite material for the InSAR processing and theory with GMTSAR short course.