Interactive Data Analysis (IDA)

The analysis of data measurement is the most important stage of the near-Earth space investigation. The study of various processes in the Sun, in the solar wind and Earth's magnetosphere requires different data for different periods time. Data sets often overlap, sometimes it's difficult to determine what data is required for the current scientific research. The service presented at this page allows the researcher to select the necessary data for his analysis, to preview it in graphical representation for subsequent calls to the database online space monitoring.

Hourly data

Here you can find an averaged hourly data, obtained on several satellites. To get started quickly and make the most of the service offered, read the tips.

You should fill in "Workspace" by groups of data sets to create plots. "Templates" contain the templates prepared by SINP scientists. They could be dragged into the "Workspace", edited end plotted for time interval you selected at scroll bar on the bottom. Use data sets from "Data catalogue" to update existing template or create the new one by dragging them into the "Workspace". You can delete plots and data from the workspace by dragging them into the recycle bin. You can drag data from one plot to the other. Plots with the same box color will be plotted together with the same grid but with different axes if any. In order to unite plots drag the needed data set and drop into the other plot. There are only two plots can be united. You can zoom in/out plotted panels. Use Ctrl-minus и Ctrl-plus to see more plots in one screen (Ctrl-zero to cancel changes). Workspace could be saved in "My templates" after pressing on the basket and typing the name. Your templates will be stored in browser memory until you throw them into the recycle bin. They are only available in that browser you've saved them. Note The data available for 365 last days only and you can plot no more then 60 days period. Some data is plotting using logarithmic scale and the other is in linear scale. Putting different kind of data into the same plot remember, that the first dropped data set chooses and determines the axis scale for all data. A logarithmic scale is used for plotting particle and X-ray fluxes, a linear is used for all other data. If you need both kind of scale in the same plot, create two different plots and unite them. The speed of this service depends on 3 components: data processing on server, data transmission and data plotting in your browser. Data processing on the server ranges between 50 ms to 1 s and depends on your choice of data (more data - less speed, larger date interval - less speed). Data transmission speed depends on your ISP. Data plotting speed depends on the power of your computer and browser you have chosen. Our tests show that the fastest browser is Google Chrome (chromium).

Interval

Year interval (from 01.01.2000 till now) 2024-04-05 2025-04-05

Interval inside the year (from 2 to 9 weeks)

Templates [0]Solar wind on the ACE orbit [1]Solar wind on the Earth's orbit [2]Solar flares and x-rays [3]Geomagnetic indexes [4]Relativistic electrons in the Earth's magnetosphere [5]Geomagnetic indexes forecast My templates

Workspace

Data Catalogue Solar X-rays [goes_xray_short] Goes, Xrays 0 - 0.4 nm [goes_xray_long] Goes, Xrays 0.1 - 0.8 nm Solar wind on ACE orbit [imf_bx] IMF bx at the ACE orbit [imf_by] IMF by at the ACE orbit [imf_bz] IMF bz at the ACE orbit [imf_b] IMF |b| at the ACE orbit [sw_velocity_a] Solar wind velocity at the ACE orbit [sw_density_a] Solar wind density at the ACE orbit [sw_temperature_a] Protons temperature at the ACE orbit Proton fluxes on the ACE orbit [acp47_68] ACE (EPAM) protons 47 - 68 keV [acp115_195] ACE (EPAM) protons 115 - 195 keV [acp310_580] ACE (EPAM) protons 310 - 580 keV [acp795_1193] ACE (EPAM) protons 795 - 1193 keV [acp1060_1900] ACE (EPAM) protons 1060 - 1900 keV Electron fluxes on the ACE orbit [ace38_53] ACE (EPAM) electrons 38 - 53 keV [ace175_315] ACE (EPAM) electrons 175 - 315 keV Solar wind on the Earth's orbit [sw_bx_e] IMF bx at the Earth's orbit [sw_by_e] IMF by at the Earth's orbit [sw_bz_e] IMF bz at the Earth's orbit [sw_velocity_e] Solar wind velocity at the Earth's orbit [sw_density_e] Solar wind density at the Earth's orbit [rss_e] Magnetopause stand-off distance Proton fluxes on the Electro-L1 orbit [el1_p135_230] Electro-L1, protons 13.5 - 23 MeV [el1_p230_420] Electro-L1, protons 23 - 42 MeV [el1_p420_1120] Electro-L1, protons 42 - 112 MeV [el1_p1120_3200] Electro-L1, protons 112 - 320 MeV [el1_p1000] Electro-L1, protons > 100 MeV Electron fluxes on the Electro-L1 orbit [el1_e017_030] Electro-L1, electrons 0.17-0.3 MeV [el1_e23p135] Electro-L1, electrons > 2.3 MeV, protons > 13.5 MeV [el1_e23_42] Electro-L1, electrons 2.3 - 4.2 MeV [el1_e42_60] Electro-L1, electrons 4.2 - 6 MeV [el1_e60_200] Electro-L1, electrons 6 - 20 MeV [el1_e1d3p1d2_95] Electro-L1, Electrons > 1.3 MeV, Protons 1.2 - 95 MeV Proton fluxes on the Electro-L2 orbit [el_p135_230] Electro-L2, protons 9 - 20 MeV [el_p230_420] Electro-L2, protons 20 - 40 MeV [el_p420_1120] Electro-L2, protons 40 - 110 MeV [el_p1120_3200] Electro-L2, protons 110 - 300 MeV [el_p1000] Electro-L2, protons > 100 MeV Electron fluxes on the Electro-L2 orbit [el_e017_030] Electro-L2, electrons > 0.15 MeV, protons > 1.5 MeV [el_e23p135] Electro-L2, electrons > 3 MeV, protons > 7 MeV [el_e23_42] Electro-L2, electrons 3 - 6 MeV [el_e42_60] Electro-L2, electrons 6 - 9 MeV [el_e60_200] Electro-L2, electrons 8 - 15 MeV [el_e13p12_950] Electro-L2, electrons > 0.6 MeV, protons 1.6 - 200 MeV Geomagnetic indexes [dst_index] Dst index [kp_index] Kp index Meteor-M1 [mmsklP1100N] Meteor-M1, skl North polar cup averaged fluxes, Protons 1 - 100 MeV (das1 vert) [mmsklP1100S] Meteor-M1, skl South polar cup averaged fluxes, Protons 1 - 100 MeV (das1 vert) [mmsklE03S] Meteor-M1, skl South polar cup averaged fluxes, Electrons > 0.3 MeV (das4 vert) [mmsklE01N] Meteor-M1, skl North polar cup averaged fluxes, Electrons > 0.1 MeV (das4 vert) [mmsklP30260N] Meteor-M1, skl North polar cup averaged fluxes, Protons 30 - 260 MeV (das4 vert) [mmsklP30260S] Meteor-M1, skl South polar cup averaged fluxes, Protons 30 - 260 MeV (das4 vert) [mmsklE03N] Meteor-M1, skl North polar cup averaged fluxes, Electrons > 0.3 MeV [mmsklE01S] Meteor-M1, skl South polar cup averaged fluxes, Electrons > 0.1 MeV (das4 vert) Meteor-M2 [mm2sklP1100N] Meteor-M2, skl North polar cup averaged fluxes, Protons 1 - 100 MeV (das1 vert) [mm2sklP1100S] Meteor-M2, skl South polar cup averaged fluxes, Protons 1 - 100 MeV (das1 vert) [mm2sklE03S] Meteor-M2, skl South polar cup averaged fluxes, Electrons > 0.3 MeV (das4 vert) [mm2sklE01N] Meteor-M2, skl North polar cup averaged fluxes, Electrons > 0.1 MeV (das4 vert) [mm2sklP30260N] Meteor-M2, skl North polar cup averaged fluxes, Protons 30 - 260 MeV (das4 vert) [mm2sklP30260S] Meteor-M2, skl South polar cup averaged fluxes, Protons 30 - 260 MeV (das4 vert) [mm2sklE03N] Meteor-M2, skl North polar cup averaged fluxes, Electrons > 0.3 MeV (das4 vert) [mm2sklE01S] Meteor-M2, skl South polar cup averaged fluxes, Electrons > 0.1 MeV (das4 vert) Goes full archive Integral charged particle channel [goes_particle_e08] Goes, Electrons > 0.8 MeV [goes_particle_e2] Goes, Electrons > 2 MeV [goes_particle_p1] Goes, Protons > 1 MeV [goes_particle_p5] Goes, Protons > 5 MeV [goes_particle_p10] Goes, Protons > 10 MeV [goes_particle_p30] Goes, Protons > 30 MeV [goes_particle_p50] Goes, Protons > 50 MeV [goes_particle_p60] Goes, Protons > 60 MeV [goes_particle_p100] Goes, Protons > 100 MeV Differential charged particle channel [goes_chan_p1] Goes, Protons 0.7 - 4 MeV [goes_chan_p2] Goes, Protons 4 - 9 MeV [goes_chan_p3] Goes, Protons 9 - 15 MeV [goes_chan_p4] Goes, Protons 15 - 40 MeV [goes_chan_p5] Goes, Protons 38 - 82 MeV [goes_chan_p6] Goes, Protons 84 - 200 MeV [goes_chan_p7] Goes, Protons 110 - 900 MeV [goes_chan_p8] Goes, Protons 350 - 420 MeV [goes_chan_p9] Goes, Protons 420 - 510 MeV [goes_chan_p10] Goes, Protons 510 - 700 MeV [goes_chan_p11] Goes, Protons > 700 MeV Coronas-F Protons [p15] Coronas-F hour averaged particle fluxes, Protons 1 - 5 MeV [p509] Coronas-F hour averaged particle fluxes, Protons 50 - 90 MeV [p265] Coronas-F hour averaged particle fluxes, Protons 26 - 50 MeV [p142] Coronas-F hour averaged particle fluxes, Protons 14 - 26 MeV Electrons [e615] Coronas-F hour averaged particle fluxes, Electrons 0.6 - 1.5 MeV [e36] Coronas-F hour averaged particle fluxes, Electrons 3 - 6 MeV [e1690] Coronas-F hour averaged particle fluxes, Electrons > 1.6 MeV, Protons > 90 MeV [e1623] Coronas-F hour averaged particle fluxes, Electrons > 1.6 MeV, Protons > 23 MeV [e612] Coronas-F hour averaged particle fluxes, Electrons 6 - 12 MeV [e153] Coronas-F hour averaged particle fluxes, Electrons 1.5 - 3 MeV Polar caps [cfpolarE36S] Coronas-F hour averaged particle fluxes, Electrons 3 - 6 MeV, South [cfpolarE615S] Coronas-F hour averaged particle fluxes, Electrons 0.6 - 1.5 MeV, South [cfpolarE0306N] Coronas-F hour averaged particle fluxes, Electrons 0.3 - 0.6 MeV, North [cfpolarP15N] Coronas-F hour averaged particle fluxes, Protons 1 - 5 MeV, North [cfpolarE612N] Coronas-F hour averaged particle fluxes, Electrons 6 - 12 MeV, North [cfpolarP5090N] Coronas-F hour averaged particle fluxes, Protons 50 - 90 MeV, North [cfpolarP2650N] Coronas-F hour averaged particle fluxes, Protons 26 - 50 MeV, North [cfpolarE36N] Coronas-F hour averaged particle fluxes, Electrons 3 - 6 MeV, North [fpolarE153S] Coronas-F hour averaged particle fluxes, Electrons 1.5 - 3 MeV, South [cfpolarP1426N] Coronas-F hour averaged particle fluxes, Protons 14 - 26 MeV, North [cfpolarE612S] Coronas-F hour averaged particle fluxes, Electrons 6 - 12 MeV, South [cfpolarP5090S] Coronas-F hour averaged particle fluxes, Protons 50 - 90 MeV, South [cfpolarE615N] Coronas-F hour averaged particle fluxes, Electrons 0.6 - 1.5 MeV, North [cfpolarP2650S] Coronas-F hour averaged particle fluxes, Protons 26 - 50 MeV, South [cfpolarE0306S] Coronas-F hour averaged particle fluxes, Electrons 0.3 - 0.6 MeV, South [cfpolarP15S] Coronas-F hour averaged particle fluxes, Protons 1 - 5 MeV, South [cfpolarP1426S] Coronas-F hour averaged particle fluxes, Protons 14 - 26 MeV, South [fpolarE153N] Coronas-F hour averaged particle fluxes, Electrons 1.5 - 3 MeV, North Radiation belts [cfbeltE0306Sen37] e 0.3-0.6 MeV, вечер, 3<l<7 [cfbeltE153Smd56] e 1.5-3 MeV, утро, 5<l<6 [cfbeltE153Smd34] e 1.5-3 MeV, утро, 3<l<4 [cfbeltE153Smd37] e 1.5-3 MeV, утро, 3<l<7 [cfbeltE153Sen45] e 1.5-3 MeV, вечер, 4<l<5 [cfbeltE153Sen67] e 1.5-3 MeV, вечер, 6<l<7 [cfbeltE0306Smd45] e 0.3-0.6 MeV, утро, 4<l<5 [cfbeltE615Sen37] e 0.6 - 1.5 MeV, вечер, 3<l<7 [cfbeltE615Smd45] e 0.6 - 1.5 MeV, утро, 4<l<5 [cfbeltE615Smd67] e 0.6 - 1.5 MeV, утро, 6<l<7 [cfbeltE0306Smd67] e 0.3-0.6 MeV, утро, 6<l<7 [cfbeltE615Sen56] e 0.6 - 1.5 MeV, вечер, 5<l<6 [cfbeltE0306Sen45] e 0.3-0.6 MeV, вечер, 4<l<5 [cfbeltE0306Sen67] e 0.3-0.6 MeV, вечер, 6<l<7 [cfbeltE153Smd45] e 1.5-3 MeV, утро, 4<l<5 [cfbeltE0306Sen34] e 0.3-0.6 MeV, вечер, 3<l<4 [cfbeltE615Sen34] e 0.6 - 1.5 MeV, вечер, 3<l<4 [cfbeltE153Smd67] e 1.5-3 MeV, утро, 6<l<7 [cfbeltE153Sen37] e 1.5-3 MeV, вечер, 3<l<7 [cfbeltE153Sen34] e 1.5-3 MeV, вечер, 3<l<4 [cfbeltE0306Sen56] e 0.3-0.6 MeV, вечер, 5<l<6 [cfbeltE153Sen56] e 1.5-3 MeV, вечер, 5<l<6 [cfbeltE0306Smd56] e 0.3-0.6 MeV, утро, 5<l<6 [cfbeltE615Smd37] e 0.6 - 1.5 MeV, утро, 3<l<7 [cfbeltE0306Smd34] e 0.3-0.6 MeV, утро, 3<l<4 [cfbeltE0306Smd37] e 0.3-0.6 MeV, утро, 3<l<7 [cfbeltE615Smd34] e 0.6 - 1.5 MeV, утро, 3<l<4 [cfbeltE615Sen67] e 0.6 - 1.5 MeV, вечер, 6<l<7 [cfbeltE615Smd56] e 0.6 - 1.5 MeV, утро, 5<l<6 [cfbeltE615Sen45] e 0.6 - 1.5 MeV, вечер, 4<l<5