|IPOPP Global Processing: A Tool for Data Quality Monitoring and DR Algorithm Development.|
On behalf of the JPSS and SNPP Missions as well as the NASA Direct Readout Program, the Direct Readout Laboratory (DRL) is pleased to announce the release of the H2G_SPA (Version 2.3).
The H2G_SPA (Hierarchical Data Format [HDF] to Georeferenced Tagged Image File Format [GeoTIFF] Converter Science Processing Algorithm) is designed specifically for Direct Readout applications to create geolocated GeoTIFF images, ... READ MORE
On behalf of the JPSS Program, the DRL is pleased to announce the release of C-SDR SPA v1.5. The Common Sensor Data Record Science Processing Algorithm (C-SDR_SPA) processes SNPP VIIRS, ATMS and CrIS Raw Data Record (RDR) HDF5 files into corresponding instrument-specific and mission-compliant HDF5 SDR and Geolocation swath products. The SPA functions in two modes: Standalone, or as an IPOPP plug-in (IPOPP v2.1 ... READ MORE
On behalf of the NASA Direct Readout Program, the DRL is pleased to announce the release of the MOD14_SPA v6.2.1. The Level 2 MODIS Active Fire Product (MOD14) Science Processing Algorithm (MOD14_SPA) primarily uses brightness temperatures derived from MODIS 4 and 11 micrometer channels (bands 21, 22 and 31) to detect fires. MODIS bands 1, 2, 7 and 32 are used ... READ MORE
On behalf of the NASA Direct Readout Program, the DRL is pleased to announce the release of the VIIRS-AF_SPA v1.2.0. The VIIRS Active Fires Science Processing Algorithm (VIIRS-AF SPA) primarily uses brightness temperatures derived from bands M13 and M15 to detect fires.
Please be advised this is an evaluation Level-2 (L2) algorithm (follow-on to the previous VIIRS-AF v1.0.7). ... READ MORE