Real Time CCMC Tools Page generated at: Tue Apr 15 23:01:07 UTC 2014Earth-Sun magnetic connectivity | Structure of heliosphere | Magnetopause position Ionospheric potential, currents and polar cap | Ionospheric HF Vertical Signal Loss | All Real-Time Tools Earth-Sun magnetic connectivity Models: Wang-Sheeley-Arge version WSA-1.6 (N. Arge) corona, ENLIL version ENLIL-ccmc-2.6 (D. Odstrcil) heliosphere. The magnetic footpoint of Earth is displayed for the 10 latest days of the solar rotation shown. Structure of Heliosphere Model: ENLIL version ENLIL-ccmc-2.6 (D. Solar wind conditions at L1 ACE (black) and STEREO-B (red) - Time shifted to predict conditions at ACE Magnetopause position and conditions at GOES satellites Model: SWMF/BATSRUS version 7.78 (T. Current magnetopause position Coordinate System: GSM Ionospheric potential, currents and polar cap Models: SWMF/Ridley ionosphere potential solver version 1.10 (A. Ionospheric potential with polar cap Ionospheric field-aligned currents and polar cap Curator: Dr.
STEREO Shown here are the latest SECCHI beacon images. The STEREO space weather beacon telemetry mode is a very low rate, highly compressed data stream broadcast by the spacecraft 24 hours per day. These data are used for space weather forecasting. Because of the large compression factors used, these beacon images are of much lower quality than the actual science data. Same data as rotating GIF movie The images above are shown in the order of the relative positions of the three viewpoints, Behind, Earth, and Ahead. The data on this page include telemetry collected by the following organizations: NASA Deep Space Network National Institute of Information and Communications Technology: Koganei, Japan Centre National d'Etudes Spatiales: Toulouse, France Amateur station DL0SHF, Kiel-Ronne, Germany AMSAT-DL/Bochum Observatory, Germany We would also like to acknowlege the past assistance from the following organizations: Rutherford Appleton Laboratory: Chilbolton, UK In addition, we wish to acknowlege
¿Cómo actuar si se produjese una “tormenta solar extrema”? - Ante el claro incremento de la actividad solar en estas semanas la Asociación Española de Protección Civil para los Eventos Climáticos Severos está difundiendo ahora, de forma resumida, estas diez sencillas recomendaciones ante la hipotesis de una tormenta solar extrema que, finalmente, pudiese teóricamente producirse, un "Black Swan" o multi-escenario "imposible", como señala la asociación. Las siguientes 10 recomendaciones se basan en las buenas prácticas y recomendaciones de FEMA y NASA para la prevención de emergencias, en el simulacro atlántico de tormenta solar EEUU-Comisión Europea, en el informe de la OCDE "Geomagnetic Storm" y en el reciente informe del Comando Norte del Ejército americano "IN THE DARK.: Military Planning for a Catastrophic Critical Infrastructure Event" ("En la oscuridad: planificación militar para caso de un evento catastrófico para las infraestructuras críticas"). Video bastante esclarecedor de la campaña EMP Act Americana: 2- Plan familiar preestablecido.