PPT-Space Weather

Dr Phillip C Anderson W B Hanson Center for Space Sciences University of Texas at Dallas What is Space Weather The conditions and processes occurring in space which have the potential to affect the near Earth environment . Frank Hill, NSO, USA. Markus Roth, KIS, Germany. Michael J Thompson, HAO, USA. ESWW10, Antwerp. Nov. 19, 2013. What and Why a Network. No substitute for “complete” temporal and spatial observations of the Sun. Matthew J West. ESWW10 - Nov 2013. Microsatellite in sun-synchronous orbit. Launched on November 2, 2009 . 725 km altitude ☀ Period: ≈100 min. Commanding and data processing at P2SC (ROB, Brussels).. Dr Lee-Anne McKinnell. Managing Director Space Science. South African National Space Agency (SANSA). INTRODUCTION. “South . Africa to be . an . international Hub for Space Solutions for the world of the . in Japan. Hiroaki . Isobe. Center for the Promotion of Interdisciplinary Education and Research. Kyoto University. Significant. changes in Japanese space . p. olicy. “Basic space law” enacted in 2008. Andrew Fazakerley. Mullard. Space Science Laboratory (UCL). UKSP Solar Missions Forum 09 Feb 2017. L5/L1 . Space Weather Warning System. Interplanetary Coronal Mass Ejections (ICMEs). Earth. L5. Sun. Ben . Diedrich. NOAA Satellite and Information Service. NOAA Technology Summit. November 3, 2010. Abstract. Solar sails are large, lightweight mirrors that push spacecraft by the gentle pressure of reflected sunlight. In the vicinity of Earth, the gentle, continuous, fuel-free thrust of solar sails enables whole new families of orbits with a new perspective on the Earth and sun-Earth connection. Solar sails may enable early detection of space weather events that disrupt power grids, communications, and navigation. They may also enable continuous monitoring of polar weather and climate parameters, and . Before, you learned. • Light and other radiation carry information about space . • Astronauts explore space near . Earth. Now, you will learn. • How space exploration has helped us to learn more about Earth . Chair: J. De Keyser. Summary: F. Clette. 03/06/2010. 1. STCE: Space Science & Weather. O. pportunities . and issues. Key topics identified as a starting point:. Tomography. :. Auroras. Plasmasphere. Workshop . – Introductions/Logistics/Welcome. Mario M. . Bisi. . (1. ), . Mark Gibbs (2), and Doug Biesecker (3). (1) RAL Space, Science and Technology Facilities . Council (STFC), . Rutherford Appleton . far. Andrea Opitz[1], Karoly Szego[1], Zoltan Nemeth[1], Melinda Dosa[1], Zsuzsanna Dalya[1], . Aniko Timar. [1. ],. Klaudia Szabo[1], . Daniel . Vech[1,2. ]. , and. . Nicolas . Andre[3]. .  . DRAFTDRAFTISPACE WEATHER FCRECASTING 1RESEARCH TC CPERATICNS RC-CPERATICNS 2TC RESEARCH CRCAPABILITE3PRODUCT OF THE4Space Weather Operations Research and Mitigation5Subcommittee6OF THENATIONAL SCIENC Mark Dierckxsens. IRENE Workshop 2019. ESA SSA SWE . Network. Space Situational Awareness (SSA) program. Space Weather Segment (SWE. ). Goal: develop . a system . that . provides . space weather services to end users. Mihail. Codrescu. 1. , Stefan Codrescu. 1,2. , . Mariangel. Fedrizzi. 1,2. , and Claudia Borries. 3. 1. Space Weather Prediction Center, Boulder, United States of America (. mihail.codrescu@noaa.gov. Federal Space . Agency Monitoring System. V. Anashin. 1. , . G. Protopopov. 1. , . S. Gaidash. 2. , . A. . Belov. 2. 1. Institute of Space Device Engineering (Moscow, Russia); . npk1@niikp.org; . 2. Pushkov institute of terrestrial magnetism, ionosphere and radio wave propagation (IZMIRAN) (.