This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 1b Retrospective Magnetometer (MAG) data. The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1a_sol1, mag-l1b_sol1, mag-l2_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l2_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 3 Retrospective Magnetometer (MAG) data. The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1a_sol1, mag-l1b_sol1, mag-l2_sol1, and mag-l3_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1,, sci_mag-l1b_sol1, and sci_mag-l2_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 2 Retrospective Magnetometer (MAG) data. The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1a_sol1, mag-l1b_sol1, mag-l2_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 1a data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1b_sol1, mag-l2_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l2_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 1b data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1a_sol1, mag-l2_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l2_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 2 data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b_sol1, mag-l1a_sol1, mag-l1b_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l2_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 3 data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l0b-sol1, mag-l1a_sol1, mag-l1b_sol1, and mag-l2_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l2_sol1, and sci_mag-l3_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SOL-1) Level 0b data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SOL-1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in 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); MAG files (mag-l1a_sol1, mag-l1b_sol1, mag-l2_sol1, mag-l3-avg1m_sol1, and mag-l3-avg1s_sol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_sol1, sci_mag-l1b_sol1, sci_mag-l2_sol1, sci_mag-l3-avg1m_sol1, and sci_mag-l3-avg1s_sol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SWFO-L1) Level 3 1-Second Average Retrospective Magnetometer (MAG) data. The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SWFO-L1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in geomagnetic storms that are harmful to life and technology. SWFO-L1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_swfol1, frm-st-l0_swfol1, pkt-l0_swfol1, orb-pr_swfol1, sc-att_swfol1); MAG files (mag-l0b_swfol1, mag-l1a_swfol1, mag-l1b_swfol1, mag-l2_swfol1, mag-l3-avg1m_swfol1, and mag-l3-avg1s_swfol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_swfol1,, sci_mag-l1b_swfol1, sci_mag-l2_swfol1, and sci_mag-l3-avg1m_swfol1).

This data collection consists of archived Space Weather Follow On Lagrange 1 (SWFO-L1) Level 3 1-Second Average data from the Magnetometer (MAG). The archival process includes daily files. The MAG instrument generates 1 daily file per level in the netCDF-4 format. These data are produced by the MAG instrument aboard the SWFO-L1 spacecraft. MAG monitors the interplanetary magnetic field for abrupt changes which can result from interplanetary shocks, coronal mass ejections, corotating interaction regions or high speed solar wind that can result in geomagnetic storms that are harmful to life and technology. SWFO-L1 will launch in 2025. Other products available are auxiliary files (frm-rt-l0_swfol1, frm-st-l0_swfol1, pkt-l0_swfol1, orb-pr_swfol1, sc-att_swfol1); MAG files (mag-l0b-swfol1, mag-l1a_swfol1, mag-l1b_swfol1, mag-l2_swfol1, and mag-l3-avg1m_swfol1); and, National Centers for Environmental Data (NCEI) Retrospective Science products (sci_mag-l1a_swfol1, sci_mag-l1b_swfol1, sci_mag-l2_swfol1, sci_mag-l3-avg1m_swfol1, and sci_mag-l3-avg1s_swfol1).