Speaker
Ms
Gulnur Kantay
(Al-Farabi Kazakh National University)
Description
Key parameters monitoring for space weather by Kazakhstan's multi-level system measurements with a database update and diagnostics of a state of the near-Earth space is carried out. Results of space environment monitoring are accessible via the Internet on the web-site of the Institute of Ionosphere (http://www.ionos.kz/?q=en/node/21) in real time. Kazakhstan's multi-level system measurements includes an experimental setup for records of cosmic ray intensity using a neutron monitor (AATB high mountain cosmic ray station), a magnetic observatory “Alma-Ata”, a solar radio telescope for measurements of the solar radio flux at frequencies of 1.078 GHz (27.8 cm) and 2.8 GHz (10.7 cm) with 1-second time resolution, and a Callisto radio spectrometer (type eC37). Kazakhstan Space Weather Prediction Center works daily (http://ionos.kz/?q=en/node/21). We issue the short-term and long-term forecasts of magnetic activities (Ар-indexes) and solar activity (F10.7) for 55 days, the forecast of probability of a large proton enhancement for 28 days and the forecast of fluence of magnetospheric electrons with energy> 2 MeV at geostationary orbit for 28 days and provide this information to all interested organizations in Kazakhstan. An off-optimum situation with the Kazakhstan geostationary satellite KazSat-2 was analyzed.
Primary author
Ms
Gulnur Kantay
(Al-Farabi Kazakh National University)
Co-authors
Mrs
Irina Tsepakina
(Institute of ionosphere)
Mrs
Olga Kryakunova
(Institute of ionosphere)
