2.4.0 spase://CSA/NumericalData/GO-ABOVE/VLF/L2/FortMcMurray/PT1M ABOVE Level-2 Amplitude and Phase of VLF transmitter signals at Fort McMurray (mcmu) 2021-10-05T17:42:52 The Array for Broadband Observations of VLF/ELF Emissions (ABOVE) Level-2 CDF files of Amplitude, Phase and Bearing at 1 minute resolution for seven VLF transmitters as observed from each station of the ABOVE array. The name of the ABOVE station is given in the filename and file metadata information. The VLF transmitters observed are: NDK (LaMoure, North Dakota, 46.37 N, 98.33 W, 25.2 kHz) NAA (Cutler, Maine, 44.64 N, 67.29 W, 24.0 kHz), NLK (Seattle, Washington, 48.20 N 121.92 W, 24.8 kHz) NWC (Exmouth, Western Australia, 21.82 S, 114.16 E, 19.8 kHz) NPM (Lualualei, Hawaii, 21.42 N, 158.15 W, 21.4 kHz) NRK (Keflavik, Iceland, 63.85 N, 22.45 W, 37.5 kHz) WWVB (Fort Collins, Colorado, 40.68 N, 105.05 W, 60 kHz) GO-ABOVE is a ground‐based array of VLF radio receivers located across Canada and run as a part of the Canadian Space Agency's Geospace Observatory (GO). The ABOVE instruments are situated in two north‐south chains in Alberta and Manitoba, through the region roughly from L = 3 through L = 8. The ABOVE instruments monitor electromagnetic waves in a frequency range from 100 Hz to 75 kHz, covering chorus and hiss emissions as well as U.S. Navy transmitters near 25 kHz. The absolute timing accuracy is 10 ns, from GPS. Please include the following in any publications using this data: Infrastructure funding for ABOVE is provided by the Canada Foundation for Innovation and the province of Alberta. ABOVE data used in this work was collected with the support of the Canadian Space Agency Geospace Observatory (GO Canada) contribution initiative. spase://SMWG/Person/C.M.Cully PrincipalInvestigator spase://SMWG/Person/Leonard.N.Garcia MetadataContact spase://SMWG/Repository/UCalgary https://data.phys.ucalgary.ca/sort_by_instrument/vlf/GO-Canada_ABOVE/CDF/ Directory tree to access Level-1 and Level-2 CDF data. CDF spase://SMWG/Instrument/FortMcMurray/VLF Waves.Passive 2014-08-13T18:00:00 2019-10-01T05:45:00 PT1M RadioFrequency Earth.NearSurface.Ionosphere Epoch Temporal Phase observed from ABOVE station to NDK Phase of VLF transmitter NDK Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NDK Amplitude of VLF transmitter NDK observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NDK Bearing to VLF transmitter NDK Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to NAA Phase of VLF transmitter NAA Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NAA Amplitude of VLF transmitter NAA observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NAA Bearing to VLF transmitter NAA Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to NLK Phase of VLF transmitter NLK Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NLK Amplitude of VLF transmitter NLK observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NLK Bearing to VLF transmitter NLK Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to NWC Phase of VLF transmitter NWC Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NWC Amplitude of VLF transmitter NWC observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NWC Bearing to VLF transmitter NWC Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to NPM Phase of VLF transmitter NPM Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NPM Amplitude of VLF transmitter NPM observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NPM Bearing to VLF transmitter NPM Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to NRK Phase of VLF transmitter NRK Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to NRK Amplitude of VLF transmitter NRK observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to NRK Bearing to VLF transmitter NRK Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic Phase observed from ABOVE station to WWVB Phase of VLF transmitter WWVB Phases for upper (space) and lower (mark) frequencies have been combined. Phase is calculated along direction of maximum amplitude. radians PhaseAngle Magnetic Amplitude Observed from ABOVE Station to WWVB Amplitude of VLF transmitter WWVB observed at ABOVE station" Amplitude is calculated separately for North-South and East-West antennas. ADC units Average Magnetic Bearing Observed From ABOVE Station to WWVB Bearing to VLF transmitter WWVB Bearing direction is based on amplitudes from the 2 antennas and always between 0 (N/S) and 90 (E/W) degrees. degrees DirectionAngle Magnetic