Atmospheric scientists from around the world are meeting at the #IGAC2024 conference to discuss challenges in #airquality and ways to better quantify air #pollution using satellite data.
Are you looking to migrate your data workflows to the cloud? The NASA Earthdata Cloud Cookbook provides tips on how to set up your cloud environment, cheat sheets, tutorials, and more! #R#Python#Jupyter#OpenScience#CloudComputing
A new SWOT Sword of Science River Discharge dataset, generated by the SWOT Confluence program and produced by the Discharge Algorithm Working Group is available at NASA's #PODAAC.
Learn how to easily and quickly access the Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) spacecraft’s high-resolution, hyperspectral data through new #Python-focused #Jupyter notebook tutorials: https://t.co/6BmaxPz0qD Image Credit: NASA SVS https://t.co/SBRqDSxh9m
Learn how to discover, access, visualize, and mosaic @NASAJPL's OPERA near-global Dynamic Surface Water Extent (DSWx) product suite with data tutorials from NASA's #PODAAC. https://t.co/EokkfbJ17d Image: OPERA Project/Planet Labs, Inc.
In two new #Jupyter notebooks, learn how to interpret NASA's PACE Ocean Color Instrument data file structures and use #earthaccess to access OCI Level-1B, Level-2, and Level-3 NetCDF files & open them with #xarray. #OBDAAC
Access, subset, transform, and visualize snow and ice data from NASA's National Snow and Ice Data Center DAAC using #NSIDCDAAC's #Python-based #Jupyter notebooks that provide tutorials for working with many of their data products.
In a new #Jupyter Notebook developed at NASA's #PODAAC, learn the basics of #xarray and how to use the open-source #Python library, Dask, for parallel computing (data access and data analysis) in the cloud. #CloudComputing