Throughout the month of October, our Moodle will be undergoing scheduled maintenance. Most features are expected to remain available, and you should still be able to log in and use the platform. However, you may experience occasional disruptions or unexpected behavior during this period.
We appreciate your patience and understanding as we complete these improvements.
(ISCE+) InSAR Processing and Analysis 2025 course materials are available for guest access.
Asynchronous GMT course that has 6 modules, teaching beginning coding, beginning GMT and more advanced Seismology and Geodesy specific GMT.
This course introduces the core concepts and hands-on skills needed to begin working with scientific data in the cloud using EarthScope’s GeoLab platform. Through two tutorial sequences, Cloud Access and Essentials and Working in the Cloud, you’ll learn how to launch and navigate GeoLab, run Python code in managed environments, and practice responsible cloud use. You’ll then progress to collaborative workflows, reproducible environments, and cloud-native data access. By the end, you’ll be ready to apply modern cloud computing practices to your geophysical research.
This course helps EarthScope short course instructors learn how to use Moodle, our Learning Management System. You'll explore how to create engaging courses, manage content, and track learner progress. The course also includes guidance on writing clear learning goals and objectives to align course content with desired outcomes. Discover tools for adding videos, quizzes, readings, and other resources, as well as tips for assessing and supporting learners. Whether you're new to Moodle or want a refresher, this course will guide you step-by-step to confidently use this powerful platform.
Welcome to this EarthScope course on SAR Processing and Analysis (ISCE+)!
This course is designed to provide you with the background knowledge and skills to process, interpret and model InSAR data and time series, using the ISCE, ARIA-tools and MintPy softwares.
The course is divided into three parts:
‘Pre-course’ material that is largely self-directed, to be completed the week before the main course. There is also a pre-course survey to complete.
The main course, which runs for five days, with four hours of live sessions every day
A post-course survey and assessment
We also provide some supplementary materials, from past years of the course, that cover aspects that we do not have time to cover this year. We also will provide links to installation instructions for the software used in the class as part of the supplementary materials at the completion of the course.
Undergraduate instructors who have taught with near-surface geophysics instrumentation after engaging in EarthScope training or instrument loans AND complete this post-teaching reflection survey can earn a Mastery Credential in - Teaching Near-Surface Geophysics to Undergraduates.
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