Name |
Organization |
Title of presentation |
PDF of presentation |
Timo ASIKAINEN |
University of Oulu |
New homogeneous composite of energetic electron fluxes from POES satellites |
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Effect of energetic particle precipitation on atmospheric dynamics and climate variations |
(SC7_Asikainen_Timo.pdf)
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Cassandra BOLDUC |
Environment and Climate Change Canada |
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Aude CHAMBODUT |
EOST (CNRS/University of Strasbourg) |
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Alexandre CHAMPAGNE-RUEL |
Université de Montréal |
Self-organized criticality : a prelude to avalanche models of solar flares |
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Paul CHARBONNEAU |
Université de Montréal |
Modelling Grand Minima/Maxima with a hybrid Babcock-Leighton solar dynamo model |
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Theodosios CHATZISTERGOS |
INAF OAR |
Composite of plage areas over the entire 20th century |
(SC7_Chatzistergos_Theodosios.pdf)
|
Tao CHEN |
National Space Science Center, CAS |
Ballooning experiment plan for solar influence on atmosphere and climate |
|
Frédéric CLETTE |
Observatoire Royal de Belgique |
Reconstructing the full sunspot number database |
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Serena CRISCUOLI |
NSO |
Radiative Transfer for Irradiance Reconstructions: comparison of codes and methodologies |
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Historical Reconstruction of Solar UV indices |
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Juan JOSÉ CURTO |
Observatori de l'Ebre |
Service of Geomagnetic Indices in European Plate Observing System Research Infrastructure (EPOS). |
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Ioannis A. DAGLIS |
National and Kapodistrian University of Athens |
Predictability of the variable Solar-Terrestrial Coupling (PRESTO) |
(SC7_Daglis_Ioannis_A.pdf)
|
Luc DAMÉ |
LATMOS/IPSL/CNRS/UVSQ |
New solar spectrum SOLAR-ISS2 from 400 nm up to 5000 nm at very high resolution (better than 0.01 nm) |
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Solar Spectral Irradiance Variability in the Ultraviolet during Cycle 24 with SOLAR/SOLSPEC 9 Years of Data from the ISS |
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Mausumi DIKPATI |
NCAR, High Altitude Observatory |
Advances in model-based predictions of decadal and "seasonal" solar activity |
(SC7_Dikpati_Mausumi.pdf)
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Thierry DUDOK DE WIT |
University of Orléans |
New reconstruction of the solar UV flux since 1950 from observations |
(SC7_DudokdeWit_Thierry.pdf)
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New reconstruction of the group sunspot number without explicit need for intercalibration or use of backbones |
|
Martina EXNEROVA |
Astronomical Institute of the CAS |
INDICATORS OF SOLAR ACTIVITY (1943 - 2019) DERIVED FROM SUNSPOT DRAWINGS FROM THE ONDŘEJOV OBSERVATORY |
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Reza GHODDOUSI-FARD |
Natural Resources Canada |
From solar maximum to solar minimum: higher order ionospheric effects on GNSS |
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Agnieszka GIL-SWIDERSKA |
Siedlce University |
Electrical grids failures in Poland related to space weather effects |
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Nat GOPALSWAMY |
NASA Goddard Space Flight Center |
Long-term Variability of Solar Eruptive Events |
(SC7_Gopalswamy_Nat.pdf)
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Stanislav GUNAR |
Astronomical Institute of Czech Academy of Science |
Can 3D whole-prominence fine structure models be used for predictions of mass budget of CMEs throughout a solar cycle? |
|
Amr HAMADA |
Oulu University |
New homogeneous dataset of solar EUV synoptic maps from SOHO/EIT and SDO/AIA |
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Raphaël HARDY |
Université de Montréal |
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Hisashi HAYAKAWA |
Osaka University |
Historical Candidate Auroras in Comparison with Auroral Reports during Known Extreme Events
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(SC7_Hayakawa_Hisashi.pdf)
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Sunspot observations during the Dalton Minimum: a case study by original observational logs
|
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Lauri HOLAPPA |
University of Oulu |
Explicit IMF By-dependence in geomagnetic activity |
(SC7_Holappa_Lauri.pdf)
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Hideyuki HOTTA |
Chiba university |
Solar deep convection zone to surface |
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Linda HUNT |
SSAI/NASA LaRC |
Infrared Radiation in the Thermosphere from 1947 to 2019
|
(SC7_Hunt_Linda.pdf)
|
jie JIANG |
Beihang University, Beijing, China |
Predictability of the solar cycle and its application into the prediction of cycle 25 |
(SC7_Jiang_Jie.pdf)
|
Jay R JOHNSON |
Andrews University |
An information-theoretical approach to complex dynamics: solar flares and geomagnetic substorms |
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Olga V. KHABAROVA |
IZMIRAN/Institute of terrestrial magnetism, Moscow |
Polar conic current sheets. Characteristics of the newfound objects in the heliosphere and in the solar atmosphere |
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Greg KOPP |
Univ. of Colorado / LASP |
An Historical TSI Reconstruction Based on Reevaluations of the TSI Composite and Sunspot Records |
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Marianna KORSOS |
Eötvös Loránd University, Budapest, Hungary |
On the evolution of pre-flare and CME patterns in 3-dimensional real and simulated Active Regions |
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Natalie KRIVOVA |
MPS |
Long-term variability of solar irradiance |
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Unto K. LAINE |
Aalto University |
Evidence of connections between Schumann resonances and auroral crackling sounds |
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Solar cycles in the light of signal theory |
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Laure LEFEVRE |
Royal Observatory of Belgium |
Advanced statistics to model the Sunspot Number series |
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Alexandre LEMERLE |
Collčge de Bois-de-Boulogne, Montréal |
Solar cycle forecasting, using a data-driven 2×2D Babcock-Leighton solar dynamo model |
(SC7_Lemerle_Alexandre.pdf)
|
Hui LI |
National Space Science Center |
Short-time response of lightning activity to solar energetic particle |
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Youhei MASADA |
Aichi University of Education, JAPAN |
Mean-field modeling of large-scale dynamo in solar-like strongly-stratified convection - the Rossby number dependence - |
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Andrés MUŃOZ-JARAMILLO |
Southwest Research Institute |
How Hemispheric Polar Field Reversal Sets the Timing and Shape of the Solar Cycle |
(SC7_Munoz-Jaramillo_Andres.pdf)
|
|
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Challenges and Limitations of
the Long-term Sunspot Number Record |
|
Judit MURAKÖZY |
HAS RCAES Konkoly Obs., DHO |
Evolution of sunspot groups studied on a large statistical sample |
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Effects of the solar hemispheric asymmetry on the interplanetary and geomagnetic field
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Kalevi MURSULA |
University of Oulu |
Geomagnetic activity and geomagnetic storms throughout the Grand Modern Maximum:
Centennial history of geo-effective solar variability |
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Understanding the shape of sunspot cycles by principal component analysis |
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Melinda NAGY |
Eötvös Loránd University, Department of astronomy |
Challenges of Solar Cycle Prediction Introduced by ’Rogue’ Active Region Emergences |
(SC7_Nagy_Melinda.pdf)
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Lidia NIKITINA |
Natural Resources Canada |
Analysis of the radiation environment in the magnetosphere slot region after space weather events for the 23rd solar cycle. |
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Ljubomir NIKOLIC |
Natural Resources Canada |
On the polar magnetic fields in the GONG solar synoptic maps |
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W. DEAN PESNELL |
NASA GSFC |
Predictions of Solar Cycle 24, Hindsight is 20/20 |
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Gordon PETRIE |
National Solar Observatory |
Cycle 24 and Longer-term Evolution of the Solar Photospheric and Coronal Magnetic Field |
(SC7_Petrie_Gordon.pdf)
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Kristof PETROVAY |
Eötvös Loránd University (ELTE) |
Solar cycle prediction on your fingers (and toes) |
(SC7_Petrovay_Kristof.pdf)
|
Alexei PEVTSOV |
National Solar Observatory |
Long-term studies of photospheric magnetic fields on the Sun |
(SC7_Pevtsov_Alexei.pdf)
|
Paul PRIKRYL |
University of New Brunswick |
Solar wind imprint on gravity waves and atmospheric circulation |
(SC7_Prikryl_Paul.pdf)
|
Antti A PULKKINEN |
NASA Goddard Space Flight Center |
Space weather impacts and predictions: relevant spatial and temporal scales
|
(SC7_Pulkkinen_Antti_A.pdf)
|
Dr.Pramod KUMAR PUROHIT |
National Institute of Technical Teachers’ Training |
Variability of Ionospheric TEC at Low Latitude Station, Hyderabad During Medium Solar Activity |
|
Jean-Guillaume RICHARD |
Independent scholar |
Exploratory data analysis detects distinct length modes for the Schwabe cycle, in the new international sunspot number record |
|
Craig RODGER |
University of Otago |
Towards a better understanding of long term drivers of radiation belt electron acceleration and loss |
(SC7_Rodger_Craig_J.pdf)
|
Eddie ROSS |
University of Birmingham |
Solar cycle measurements of lifetimes of active and ephemeral region flux |
(SC7_Ross_Eddie.pdf)
|
Alexis P. ROUILLARD |
IRAP-CNRS |
Evolution the slow solar wind during a solar cycle |
(SC7_Rouillard_Alexis.pdf)
|
Alexander RUZMAIKIN |
Jet Propulsion Laboratory, Caltech |
Space Climate Forcing of the Earth Climate |
(SC7_Ruzmaikin_Alexander.pdf)
|
Anton S SAVOSTIANOV |
NRU Higher School of Economics, Moscow |
Long-term Variation of the Coupling between Solar Proxies: Coupled Oscillators Approach |
(SC7_Savostianov_Anton_S.pdf)
|
Manfred SCHÜSSLER |
MPS Göttingen |
The solar dynamo: changing views |
(SC7_Schuessler_Manfred.pdf)
|
Miriam SINNHUBER |
Karlsruhe Institute of Technology |
Direct and indirect impacts of energetic particle precipitation into the atmosphere |
(SC7_Sinnhuber_Miriam.pdf)
|
Antoine STRUGAREK |
CEA Saclay-DAp/AIM |
On the solar dynamo-wind feedback loop |
(SC7_Strugarek_Antoine.pdf)
|
Leif SVALGAARD |
Stanford University |
Nine Millennia of Multimessenger Solar Activity |
(SC7_Svalgaard_Leif.pdf)
|
|
|
A Re-analysis of the Wolfer Group Number Backbone |
|
Ken F. TAPPING |
National Research Council |
Solar Radio Monitoring in Canada
F10.7, Past, Present and Future |
(SC7_Tapping_Ken.pdf)
|
Christian THIBEAULT |
Université de Montréal |
Assessing the predictive capabilities of avalanche models of solar flares. |
|
Brian A TINSLEY |
University of Texas at Dallas |
Solar wind influences on the ionosphere-earth current density and its influence on clouds |
(SC7_Tinsley_Brian.pdf)
|
Benoit TREMBLAY |
Université de Montréal |
An Attempt at Implementing Data Assimilation in a (Idealized) Radiative MHD Model of the Quiet Sun |
|
Bruce T. TSURUTANI |
Jet Propulsion Laboratory |
A New Mechanism to Explain the Wilcox et al. (1973) Effect |
|
Hilde NESSE TYSSŘY |
Birkeland Centre for Space Science |
A review on energetic particle fluxes and their parameterization for climate research |
|
Lisa UPTON |
Space Systems Research Corporation |
Solar Cycle 25 Predictions |
(SC7_Upton_Lisa.pdf)
|
Ilya USOSKIN |
University of Oulu, Finland |
Extreme Solar Particle Storms: Occurrence Probability and Implications |
(SC7_Usoskin_Ilya.pdf)
|
Senthamizh Pavai VALLIAPPAN |
Leibniz Institute for Astrophysics Potsdam |
Solar activity parameters from the sunspot observations by Horrebow |
|
Gangadharan VIGEESH |
Leibniz-Institut für Sonnenphysik (KIS) |
Role of internal waves in the energy balance of upper solar atmosphere |
|
Jörn WARNECKE |
Max-Planck-Institute for Solar System Research |
Modelling solar and stellar activity driven by turbulent dynamo effects |
(SC7_Warnecke_Jorn.pdf)
|
Simon WING |
The Johns Hopkins University |
Information theoretic approach to discovering causalities in the solar cycle |
(SC7_Wing_Simon.pdf)
|
|
|
Information theoretic approach to solar wind-radiation belt interactions |
|
Thomas WOODS |
LASP / University of Colorado |
Solar Irradiance Variability Observations during Solar Cycles 21 to 24 |
(SC7_Woods_Thomas.pdf)
|
Anthony R YEATES |
Durham University, UK |
How many active regions are needed to predict the solar dipole moment? |
(SC7_Yeates_Anthony_R.pdf)
|
Xinhua ZHAO |
NSSC, Chinese Academy of Sciences |
Correlation between solar activity and the Earth temperature on millennial time-scales |
|
Bertalan ZIEGER |
Boston University |
Two-Dipole Model of the Sun's Magnetic Field |
(SC7_Zieger_Bertalan.pdf)
|
Francesca ZUCCARELLO |
University of Catania |
Comprehensive analysis of the Geoeffective Solar Event of June 21, 2015 |
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