Geomagnetic Storms There were no deviations from the norm in the geomagnetic environment.
S
Solar Radiation Storms No deviations from the norm in the radiation environment were recorded.
R
Radio Blackouts No deviations from the norm in the radio interference environment were recorded.
Forecast
G
Geomagnetic Storms forecast High-latitude power systems may experience voltage alarms, long-duration storms may cause transformer damage. Corrective actions to orientation may be required by ground control; possible changes in drag affect orbit predictions. HF radio propagation can fade at higher latitudes, and aurora has been seen as low as New York and Idaho (typically 55° geomagnetic lat.).
S
Solar Radiation Storms forecast No deviations from the norm in the radiation environment are predicted.
R
Radio Blackouts forecast Deviations from the norm in the radio interference environment are not predicted.
For 24 hours - 261 earthquakes of magnitude ≥2.0 was recorded in 31 regions of the world, of which with magnitude ≥5.0 - in 27 regions. In Russia - 1 and 0, respectively.
EarthquakesM ≥ 5.0за December 03 (Moscow time,menu-epicenter,reference-map) 22:50:43 ]]>Philippines]]> (7.0). 22:49:36 ]]>Philippines]]> (7.0). 22:11:02 ]]>South Georgia and Sandwich]]> (5.1).
The spectrum (color scale) of natural and technogenic hazards
- about seismic and volcanic activity
Data on earthquakes, volcanic activity and tsunamis.
- about temperature anomalies
Data on fires, high and low temperatures that threaten people´s life and health.
- about epidemics and ecology
Data on epidemics, poisoning and environmental pollution.
- about climate changes, accidents (not road accidents)
Data on natural and technologic disasters and space hazards.
- about road accidents
- about hydrological anomalies
Data on floods, avalanches, mudflows, landslides and soil failures, abnormal precipitation, droughts and shipwrecks.
- about atmospheric anomalies
Data on cyclones, storms, hurricanes (typhoons), tornadoes (tornadoes), El Niño (La Niño), severe thunderstorms, solar activity and magnetic storms of the Earth.
Application...
The spectrum (color scale) of natural and technogenic hazards is an integral part of the Environmental Monitoring System and is used for:
notifying users of predicted and actual weather hazards, emergencies and natural and technogenic disasters;
daily visualization of the state of the territorial subjects of the Russian Federation (history, fact, forecast);
visualization of the state of the environment in monthly archives and annual final analytical conclusions.
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