Use case example of how to explore hydrologic and coastal processes using satellite data form the NASA Earthdata Cloud. Workflow is designed to be run in the AWS cloud, next to the NASA Earthdata cloud archive, and leverages data reformatting tools for use with cloud-optimized formats.
Data recipes for SWOT Applications Early Adopters Hackweek
March 2021, which demo local and cloud-based workflows with the NASA PO.DAAC and Earthdata Cloud data and services, as well as with multi-source data like in-situ observations from other providers and cloud-optimized data (e.g. zarr)..
Use case example of how to co-locate in-situ measurements and satellite data over a region and period of interest for cross-validation of data or model validation. Workflow can be run locally or in the cloud next to the NASA Earthdata data.
March 24, 2021 - Learn about NASA's archive for physical oceanography data in the context of Open Science. We'll provide you with an introduction to remote sensing and in situ products at PO.DAAC and show you how to work with these data in the cloud.
The PO.DAAC is pleased to announce the public release of six NOAA GHRSST AVHRR FRAC v2.80 Sea Surface Temperature (SST) Datasets from three Metop First Generation (FG) satellites, MetOp-A, -B, and -C. This release covers fully ingested forward data stream and partial historical data records. The 2nd announcement will be released after the whole data records are ingested.
This Data Product Development Guide (DPDG) for Data Producers was produced for the Earth Observing System Data and Information System (EOSDIS) by the DPDG Working Group, one of the Earth Science Data System Working Groups (ESDSWGs) to aid in the development of NASA Earth Science data products.
We are pleased to announce recently-added datasets in the PO.DAAC State of the Ocean (SOTO) visualization tool.
We are pleased to announce recently-added datasets in the PO.DAAC State of the Ocean (SOTO) visualization tool.
SOTO is a suite of tools presented through an interactive, web-based visualization front end. It provides access to a broad range of satellite-derived products with key parameters of interest to the oceanographic community.
On Friday, 26 March 2021, the CYGNSS Science Operations Center (SOC) discovered and rectified a mismatch within the CYGNSS Level 3 Storm Centric Grid Science Data Record Version 1.0 (DOI: 10.5067/CYGNS-L3S10) for the data values in the “best_track_r34_se” and “best_track_r34_nw” variables (i.e., the radial extent of 34 knot winds in south east and north west storm quadrants, respectively) in each of the 27 netCDF data files.
The 2020 Atlantic hurricane season set records, as the most active season as well as the most expensive in terms of property damage.
