ILWS Workshop 2006 onThe Solar Influence on the Heliosphere and

Earths Environment: Recent Progress and Prospects

FEBRUARY 19-24, 2006GOA, INDIA

Некоторые ключевые докладыНекоторые ключевые доклады Plenary SessionsPlenary Sessions : :• Chuan-Yi Tu , Chuan-Yi Tu , et.al., et.al., KuaFu Sun-Earth system explorer project (PG3)KuaFu Sun-Earth system explorer project (PG3)• Joseph M.Davila, Barbara J. Thompson, and Nat Gopalswamy Joseph M.Davila, Barbara J. Thompson, and Nat Gopalswamy

The International Heliophysical Year (PG6)The International Heliophysical Year (PG6)• William LiuWilliam Liu - - Overview of the ILWS program and upcoming activities (PG1) Overview of the ILWS program and upcoming activities (PG1)• P.B. RaoP.B. Rao - - CAWSES-India (PG7)CAWSES-India (PG7)• P.K. Manoharan P.K. Manoharan - IHY - IHY program in Indiaprogram in India (PG8)(PG8)• C. Alex YoungC. Alex Young, et.al., - , et.al., - The Virtual Solar Observatory (VSO) (PG9)The Virtual Solar Observatory (VSO) (PG9)• Judith L. LeanJudith L. Lean, - , - The Sun’s role in global climate change (PL1)The Sun’s role in global climate change (PL1)• F. HillF. Hill - - Recent advances in helioseismic predictors of space weather (PL9)Recent advances in helioseismic predictors of space weather (PL9) Magnetosphere, Ionosphere, Thermosphere and Mesosphere Magnetosphere, Ionosphere, Thermosphere and Mesosphere • Hermann LührHermann Lühr - - The thermospheric response to geomagnetic storms The thermospheric response to geomagnetic storms • AA.. Boudouridis and E Boudouridis and E.. Zesta Zesta - - Results from the South American Meridional B-field Array Results from the South American Meridional B-field Array

(SAMBA) (SAMBA) • Nat Gopalswamy and SNat Gopalswamy and S..YashiroYashiro - - Coronal mass ejections and space weather Coronal mass ejections and space weather • David F. WebbDavid F. Webb - - Space weather and coronal mass ejections Space weather and coronal mass ejections Operational Space WeatherOperational Space Weather and and Future missions Future missions • R. Zwickl - Space weather program in the US R. Zwickl - Space weather program in the US • Chi Wang - Introduction to SMESE mission Chi Wang - Introduction to SMESE mission • Gérard Thuillier and Jean-Yves PradoGérard Thuillier and Jean-Yves Prado - - The PICARD mission The PICARD mission • Richard G. Marsden,Richard G. Marsden, and team: - and team: - Solar orbiter: A mission update Solar orbiter: A mission update • E. C. Sittler Jr., E. C. Sittler Jr., and team: - and team: - Solar probe: Close encounter with the Sun Solar probe: Close encounter with the Sun • T. Neubert, T. Neubert, and team: - and team: - The Atmosphere-Space Interactions Monitor The Atmosphere-Space Interactions Monitor

Доклады по наземным Доклады по наземным геомагнитным даннымгеомагнитным данным• Kiyohumi YumotoKiyohumi Yumoto and the MAGDAS group - MAGDAS project and its and the MAGDAS group - MAGDAS project and its

application for space weather application for space weather • C. Robert ClauerC. Robert Clauer

The geomagnetic storm-time response to different solar wind driving The geomagnetic storm-time response to different solar wind driving conditionsconditions

• Athanasios BoudouridisAthanasios Boudouridis and Eftyhia Zesta and Eftyhia ZestaResults from the South American Meridional B-field Array (SAMBA)Results from the South American Meridional B-field Array (SAMBA)

• A. K. SinhaA. K. Sinha and R. Rajaram and R. RajaramEffect of pressure pulse on geomagnetic field oscillationsEffect of pressure pulse on geomagnetic field oscillations

• J. H. SastriJ. H. SastriEffect of magnetic storms and substorms on the low- latitude ionosphere Effect of magnetic storms and substorms on the low- latitude ionosphere

• G. S. LakhinaG. S. LakhinaOn magnetospheric storms and substorms On magnetospheric storms and substorms

• Yusuke EbiharaYusuke Ebihara and Mei-Ching Fok and Mei-Ching FokStructure and dynamics of the ring current during severe magnetic Structure and dynamics of the ring current during severe magnetic storms storms

Доклады сотрудников ИИГДоклады сотрудников ИИГ• David AndersonDavid Anderson, Adela Anghel, Jorge Chau, Kiyohumi Yumoto and , Adela Anghel, Jorge Chau, Kiyohumi Yumoto and

Archana Bhattacharyya Archana Bhattacharyya - - Daytime, low latitude, vertical ExB Daytime, low latitude, vertical ExB drift velocities, inferred from ground-based magnetometer drift velocities, inferred from ground-based magnetometer observations in the Peruvian, Philippine and Indian longitude observations in the Peruvian, Philippine and Indian longitude sectors under quiet and disturbed conditions [Invited] (I7)sectors under quiet and disturbed conditions [Invited] (I7)

• A. BhattacharyyaA. Bhattacharyya, B. Engavale, D. Tiwari and S. Bose, B. Engavale, D. Tiwari and S. BoseEffect of solar variability on transionospheric radio wave Effect of solar variability on transionospheric radio wave propagation in the equatorial region propagation in the equatorial region

• Rashmi Rawat, Rashmi Rawat, Sobhana Alex and G. S. LakhinaSobhana Alex and G. S. LakhinaLow latitude geomagnetic signatures following two major Solar Low latitude geomagnetic signatures following two major Solar energetic particle events at different phases of solar cycle-23energetic particle events at different phases of solar cycle-23

• B.M. PathanB.M. Pathan, A. Dhar, A. Hanchinal and C. Selvaraj, A. Dhar, A. Hanchinal and C. SelvarajExtended period of low density solar wind - ground geomagnetic Extended period of low density solar wind - ground geomagnetic signatures signatures

Доклады и обсуждения от Доклады и обсуждения от ИЗМИРАНИЗМИРАН

• AA..Zaitzev Zaitzev and Vand V..OdintsovOdintsov - - Main features of the IMF Main features of the IMF sector structure during 23 circle of solar activity as its sector structure during 23 circle of solar activity as its inferred from ground-based geomagnetic data (M6)inferred from ground-based geomagnetic data (M6)

• AA..ZaitzevZaitzev ((NCAORNCAOR),), - - Russian Geophysical Russian Geophysical Observations in High LatitudesObservations in High Latitudes: : Retrospects and Retrospects and ProspectsProspects

• AA..ZaitzevZaitzev and team: and team: Re-establish cooperation on Re-establish cooperation on the Geomagnetic Meridian GM-145the Geomagnetic Meridian GM-145

• – – all nordic countries, 150 points of observationsall nordic countries, 150 points of observations • – – detailed studies of high latitudes geomagnetic disturbancesdetailed studies of high latitudes geomagnetic disturbances

International Geomagnetic Meridian Project was in since 1972

• – – experience since experience since 1972 1972, more than 30 years, more than 30 years • – – analog data available for period analog data available for period 1972-1982 1972-1982 • – – digital data available since 1986 to 1998 digital data available since 1986 to 1998 • – – international symposiums at international symposiums at 1976 1976 and and 1986 1986

Geomagnetic meridian GM-145Cooperation Russia-Kazakhstan-India

High Latitude Portion of GM-145 at High Latitude Portion of GM-145 at 1972-1991972-19988

• Since 1Since 1972 972 there are there are analog recordingsanalog recordings 20 20 mmmm//hourhour

• Since 1985 first digital Since 1985 first digital magnetometers were magnetometers were installed oninstalled on Dixon, Bely Dixon, Bely Isl., Sabetta, Cape Isl., Sabetta, Cape Kamenny, Salekhard, Kamenny, Salekhard,

• Analog data in WDC, Analog data in WDC, digital data in Internet digital data in Internet www.iki.rssi.ru/magbawww.iki.rssi.ru/magbasese

• 12 magnetometers, 12 magnetometers, • 5 5 ionosondes ionosondes • 7 institutes : AARI, IPG, 7 institutes : AARI, IPG,

IZMIRAN, IG-Ural, Surgut IZMIRAN, IG-Ural, Surgut Univ., Inst.Geophysics (Siberia), Univ., Inst.Geophysics (Siberia), Inst.Ionosphere, Indian Inst.Ionosphere, Indian Inst.GeomagnetismInst.Geomagnetism

• beginning of operation – 2007 beginning of operation – 2007 • base observatories : Heiss Isl., base observatories : Heiss Isl.,

Dixon, Salekhard, Novosibirsk, Dixon, Salekhard, Novosibirsk, Almata, Alibag, TrivandrumAlmata, Alibag, Trivandrum

• more than 10 additional more than 10 additional expedition pointsexpedition points

Geomagnetic Meridian GM-145 as expected at 2006:

Arctic Sea, Yamal Peninsula, Western Siberia, Kazakhstan, India

Практические шаги по возобновлению Практические шаги по возобновлению работы на меридиане ГМ-145 работы на меридиане ГМ-145

11. . Наладить сотрудничество между институтами России, Наладить сотрудничество между институтами России, Казахстана и Индии по координации наблюдений на ГМ-145Казахстана и Индии по координации наблюдений на ГМ-145

22..      Создать открытую информационную систему в сети Создать открытую информационную систему в сети Интернет, включающую данные сети наблюдений на ГМ-145.Интернет, включающую данные сети наблюдений на ГМ-145.

33.. Разработать программу научных исследований на основе Разработать программу научных исследований на основе предложений всех участников, обеспечивающих наблюдения предложений всех участников, обеспечивающих наблюдения на геомагнитном меридиане ГМ-145 от высоких широт до на геомагнитном меридиане ГМ-145 от высоких широт до экватораэкватора

44.. Координация наблюдений на ГМ-145 с программами МПГ Координация наблюдений на ГМ-145 с программами МПГ и МГГ на 2007-2010 гг. , а также с новыми космическими и МГГ на 2007-2010 гг. , а также с новыми космическими программами типа программами типа THEMIS, SWAMPTHEMIS, SWAMP и т.п. и т.п.

Научные задачи сети наблюдений на ГМ-145Научные задачи сети наблюдений на ГМ-145

• Исследовать структуру и динамику токовых систем на Исследовать структуру и динамику токовых систем на уровне ионосферы и магнитосферыуровне ионосферы и магнитосферы

• Провести детальное сопоставление токов, определяемых Провести детальное сопоставление токов, определяемых по наземным данными и по спутниковым измерениямпо наземным данными и по спутниковым измерениям

• Исследовать связь и характер возмущений в высоких Исследовать связь и характер возмущений в высоких широтах с возмущениями в средних и низких широтахширотах с возмущениями в средних и низких широтах

• Создать информационную базу данных по сети Создать информационную базу данных по сети обсерваторий обсерваторий

ГМ-145, наладить обмен данными, разработать набор ГМ-145, наладить обмен данными, разработать набор стандартных программ (инструментов) анализа данных стандартных программ (инструментов) анализа данных

• разработать методику представления данных в разработать методику представления данных в реальном времениреальном времени

Prospects for geophysicalProspects for geophysical observations: 2007-2008 and onwardsobservations: 2007-2008 and onwards• IPY – 2007-2008 , IPY – 2007-2008 , www.www.ipyipy.org.org• IHY – 2007-2012, IHY – 2007-2012, www.www.ihyihy.org.org• eGY – 2006 – 2012, eGY – 2006 – 2012, www.www.egyegy.org.org• National program for economical developments National program for economical developments

include the knowledge of geophysical include the knowledge of geophysical conditions conditions

• Academy of Sciences and HydroMet Service Academy of Sciences and HydroMet Service responsible for continues activity in Arctic and responsible for continues activity in Arctic and Antarctic Antarctic

New South Pole Station will be inaugurated New South Pole Station will be inaugurated at 2007-2008 season at 2007-2008 season

http://www.southpolestation.com/