Add to ORKGSatellite Level 2 data presents unique challenges for tools and services. From nonlinear spatial geometry to inhomogeneous file data structure to inconsistent temporal variables to complex data variable dimensionality to multiple file formats, there are many difficulties in creating general tools for Level 2 data support. At NASA Goddard Earth Sciences Data and Information Services Center (GES DISC), we are implementing a general Level 2 Subsetting service for Level 2 data to a user-specified spatio-temporal region of interest (ROI). In this presentation, we will unravel some of the challenges faced in creating this service and the strategies we used to surmount them
Overview of NASA GES DISC Level 2 aerosol analysis and visualization services: DQViz (Data Quality V...
Although the vast majority of GISs currently work only in two dimensions, across the plane, certain...
Context. The Gaia Data Release 2 (DR2) contains more than half a million sources that are identified...
Users wishing to work with Satellite Level 2 data often have to overcome many hurdles: various file ...
Earth Science satellite missions provide a unique opportunity for scientists to visualize complex an...
We demonstrate that scientists can simplify their satellite data validation workflow with the use of...
Earth Science data are available in many file formats (NetCDF, HDF, GRB, etc.) and in a wide range o...
Swath products (called Level 1 and Level 2 by NASA) are in the original instrument geometry (not gri...
Satellite data products are important for a wide variety of applications that can bring far-reaching...
We are validating the global cloud parameters derived from the satellite-borne HIRS2 and MSU atmosph...
Satellites and the instruments they carry have allowed the study of the earth and its environment as...
Although the volume of the remote sensing data managed by the Earth Observing System Data and Inform...
A long-standing "Digital Divide" in data representation exists between the preferred way of data acc...
The National Aeronautics and Space Administration (NASA) has a remote-sensing program with a large a...
The UMM-Variables (Var) Metadata Model has been evolved to support an End-to-End Services (E2E) capa...
Overview of NASA GES DISC Level 2 aerosol analysis and visualization services: DQViz (Data Quality V...
Although the vast majority of GISs currently work only in two dimensions, across the plane, certain...
Context. The Gaia Data Release 2 (DR2) contains more than half a million sources that are identified...
Users wishing to work with Satellite Level 2 data often have to overcome many hurdles: various file ...
Earth Science satellite missions provide a unique opportunity for scientists to visualize complex an...
We demonstrate that scientists can simplify their satellite data validation workflow with the use of...
Earth Science data are available in many file formats (NetCDF, HDF, GRB, etc.) and in a wide range o...
Swath products (called Level 1 and Level 2 by NASA) are in the original instrument geometry (not gri...
Satellite data products are important for a wide variety of applications that can bring far-reaching...
We are validating the global cloud parameters derived from the satellite-borne HIRS2 and MSU atmosph...
Satellites and the instruments they carry have allowed the study of the earth and its environment as...
Although the volume of the remote sensing data managed by the Earth Observing System Data and Inform...
A long-standing "Digital Divide" in data representation exists between the preferred way of data acc...
The National Aeronautics and Space Administration (NASA) has a remote-sensing program with a large a...
The UMM-Variables (Var) Metadata Model has been evolved to support an End-to-End Services (E2E) capa...
Overview of NASA GES DISC Level 2 aerosol analysis and visualization services: DQViz (Data Quality V...
Although the vast majority of GISs currently work only in two dimensions, across the plane, certain...
Context. The Gaia Data Release 2 (DR2) contains more than half a million sources that are identified...