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  4. Webinar: IceFlow and icepyx—Python tools for Harmonizing Laser Altimetry Datasets in an Open Science Framework

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Webinar: IceFlow and icepyx—Python tools for Harmonizing Laser Altimetry Datasets in an Open Science Framework

Join us to learn how to harmonize IceBridge, ICESat-1, and ICESat-2 data products into similar formats and apply the necessary geophysical corrections for users to immediately access, compare, and visualize data using Python and Jupyter Notebook based tools.

Event Details

Presenter: Amy Steiker, Nic Kotlinski, NSIDC DAAC; Dr. Jessica Scheick, UNH Earth Systems Research Center

Event Date(s) and Time(s):

  • Apr 28, 2021 at 2:00 PM EDT - Apr 28, 2021 at 3:00 PM EDT

Location: Online

Hosted by: NASA EOSDIS

Organized by: EOSDIS Communications Team

Event Type: Webinar

More Information Event recording

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Since 2003, NASA’s ICESat, Operation IceBridge, and ICESat-2 missions have collected valuable information on the evolution of land and sea ice using laser altimetry technology. However, combining these disparate and large-volume data products, available from NASA's National Snow and Ice Data Center Distributed Active Archive Center (NSIDC DAAC), presents a challenge in terms of varied data formats, coordinate reference systems, spatial coverage, and discovery and access methods. This webinar will introduce and demonstrate two Python-based tools that offer solutions to these persistent challenges. NSIDC DAAC’s IceFlow API and Jupyter Notebook harmonize these data products into similar formats and apply the necessary geophysical corrections for users to immediately access, compare, and visualize decades of data in a single workflow. The open-source icepyx project is both a software library and a community composed of ICESat-2 data users, developers, and the scientific community, who are working together to develop a shared library of resources that simplify the process of querying, obtaining, analyzing, and manipulating ICESat-2 datasets to enable scientific discovery. While this presentation will focus on cryospheric applications of these NASA missions, the challenges they address are not unique to the broader Earth science community. They also demonstrate what is possible within and across disciplines when tools are developed using an open science framework.

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