Using the NASA Earthdata Search Client Graphical User Interface¶
The Earthdata Search Client (EDSC) allows users to search, preview, download, and access EOSDIS Earth observation data. NASA’s EDSC is located at search.earthdata.nasa.gov. ESDC provides a graphical user interface (GUI) for NASA’s Common Metadata Repository (CMR) to ease the process of discovering data.
(Image of the NASA EDSC GUI)
Using the Earthdata Search Client¶
We can use the searchbar to search for a term (example: GEDI) to narrow the resulting collections. The search can be further refined by picking a temporal range from the calendar using the Temporal button and setting spatial boundaries using the Spatial
button. Additionally, using the Advanced search
lets you search by the HUC ID or region (more information about hydrological units may be found here).
You can use the Clear Filters
button to undo any filters that have been set. The sidebar to the left allows you to further refine your search by selecting one of the available facets. These include Features, Keywords, Platforms, Instruments, Organizations, Projects, and Processing levels.
We can also use the tools with the background map to refine our search. We can search spatially using Search by spatial polygon , Search by spatial rectangle
, and Search by spatial coordinate
. Layers may be edited using the Edit layers
button and deleted using the Delete layers
buttons. There are also options for North Polar Stereographic
, Geographic (Equirectangular)
, and South Polar Stereographic
projections. There are options to Zoom in
, Zoom home
, and Zoom out
. Finally, we can change the basemap by selecting the Map layers
button.
The results of the search are displayed in the Matching Collections section. Collection names and summaries for each result are shown here. The View collection details button may be used to view related URLs and additional information about the selected collection. Also, collections may be added to a project using the Add collection to the current project
button. Clicking anywhere else on a result allows you to see the
granules within the collection available for download.
Using the Earthdata Search Client in the Algorithm Development Environment (ADE)¶
The EDSC can also be accessed within the ADE when using the MAAP JupyterLab IDE. When inside of a workspace, we can use the Data Search tab at the top of the Jupyter window to see the option to Open EarthData Search. We can also access the EDSC by selecting the Commands tab on the JupyterLab sidebar and scrolling down to the Search section where the Open EarthData Search option is located. Alternatively, we can use the search bar at the top of the JupyterLab sidebar to find this option, or press Ctrl+Shift+C to be taken directly to the search bar.
The JupyterLab Search extension is integrated with the embedded Earthdata Search Client allowing users to paste queries and query results into a notebook. This is accomplished by using the EDSC and navigating to the desired JupyterLab notebook. Next, use the Data Search tab at the top of the Jupyter window to see the Paste Search Query and Paste Search Results options can be selected (these can also be accessed by the Commands tab on the JupyterLab sidebar).