This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 1a Retrospective data. The archival process includes daily files. The CCOR-2 instrument generates 96 files per day per level in one tar file that contains FITS. These data are produced by the CCOR-2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, ccor2-l2_sol1, and ccor2-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l2_sol1, and sci_ccor2-l3_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 2 Retrospective data. The archival process includes daily files. The CCOR-2 instrument generates 96 files per day per level in one tar file that contains FITS. These data are produced by the CCOR-2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, ccor2-l2_sol1, and ccor2-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l1a_sol1, and sci_ccor2-l3_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 3 Retrospective data. The archival process includes daily files. The CCOR-2 instrument generates 96 files per day per level in one tar file that contains FITS. These data are produced by the CCOR-2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, ccor2-l2_sol1, and ccor2-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l1a_sol1, and sci_ccor2-l2_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Daily Median Retrospective data. The archival process includes daily files. The NCEI Retrospective Processing produces 1 daily file in FITS format. These data are produced by the CCOR-2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, ccor2-l2_sol1, and ccor2-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l1a_sol1, sci_ccor2-l2_sol1, sci_ccor2-l3_sol1, and sci_ccor2-mm_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Monthly Minimum Retrospective data. The archival process includes daily files. The NCEI Retrospective Processing produces 1 daily file in FITS format. These data are produced by the CCOR-2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, ccor2-l2_sol1, and ccor2-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l1a_sol1, sci_ccor2-l2_sol1, sci_ccor2-l3_sol1, and sci_ccor2-dm_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 2 data from the SupraThermal Ion Sensor (STIS). The archival process includes daily files. The STIS instrument generates 1 file per day per level in the netCDF-4 format. These data are produced by the STIS instrument aboard the SOL-1 spacecraft. The SupraThermal Ion Sensor (STIS) is a solid-state spectrometer device that measures suprathermal ions and electrons across a broad range of energies. STIS provides real-time, continuous observations to ensure early warning of various space weather impacts. SOL-1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); STIS files (stis-l0b_sol1, stis-l1a_sol1, stis-l1b_sol1, and stis-l3-avg1m_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_stis-l1a_sol1, sci_stis-l1b_sol1, sci_stis-l2_sol1, and sci_stis-l3-avg1m_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 1a data from the SupraThermal Ion Sensor (STIS). The archival process includes daily files. The STIS instrument generates 1 file per day per level in the netCDF-4 format. These data are produced by the STIS instrument aboard the SOL-1 spacecraft. The SupraThermal Ion Sensor (STIS) is a solid-state spectrometer device that measures suprathermal ions and electrons across a broad range of energies. STIS provides real-time, continuous observations to ensure early warning of various space weather impacts. SOL-1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); STIS files (stis-l0b_sol1, stis-l1b_sol1, stis-l2_sol1, and stis-l3-avg1m_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_stis-l1a_sol1, sci_stis-l1b_sol1, sci_stis-l2_sol1, and sci_stis-l3-avg1m_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 2 data from the Solar Wind Plasma Sensor (SWiPS). The archival process includes daily files. The SWiPS instrument generates 1 file per day per level in the netCDF-4 format. These data are produced by the SWiPS instrument aboard the SOL-1 spacecraft. SWiPS monitors the solar wind for abrupt changes, which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind, because these can cause geomagnetic storms that are harmful to life and technology. SOL-1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); SWiPS files (swips-l0b_sol1, swips-l1a_sol1, swips-l1b_sol1, and swips-l3-avg1m_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_swips-l1a_sol1, sci_swips-l1b_sol1, sci_swips-l2_sol1, and sci_swips-l3-avg1m_sol1).

This data collection consists of archived Space Weather Follow On (SWFO) Level 3 data from the Compact Coronagraph-2 (CCOR2) on Space Weather Follow-On Lagrange 1 (SOL-1). The archival process includes daily files. The CCOR2 instrument generates 96 files per day per level in one tar file that contains FITS. These data are produced by the CCOR2 instrument aboard the SOL-1 spacecraft. The instrument observes broadband optical light that is scattered from coronal electrons and heliospheric dust. SOL-1 is planned to launched in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); CCOR2 files (ccor2-l0a_sol1, ccor2-l0b_sol1, ccor2-l1a_sol1, and ccor2-l2_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_ccor2-l1a_sol1, sci_ccor2-l2_sol1, and sci_ccor2-l3_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 0b data from the Solar Wind Plasma Sensor (SWiPS). The archival process includes daily files. The SWiPS instrument generates 1 file per day per level in the netCDF-4 format. These data are produced by the SWiPS instrument aboard the SOL-1 spacecraft. SWiPS monitors the solar wind for abrupt changes, which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind, because these can cause geomagnetic storms that are harmful to life and technology. SOL-1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_sol1, frm-st-l0_sol1, pkt-l0_sol1, orb-pr_sol1, sc-att_sol1); SWiPS files (swips-l1a_sol1, swips-l1b_sol1, swips-l2_sol1, and swips-l3-avg1m_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_swips-l1a_sol1, sci_swips-l1b_sol1, sci_swips-l2_sol1, and sci_swips-l3-avg1m_sol1).