Note: The views expressed in the presentations and papers below are those of the authors and do not necessarily reflect the policies or views of the United Nations Office for Outer Space Affairs. The presentations and papers are provided solely for informational purposes.
| Session 1: Solar eruptions - their sources at the Sun and impact on geospace (magnetosphere, ionosphere, atmosphere, ground) |
| CME Observations - from Sun to impact on Geospace, Manuela TEMMER, Austria |
| Coronal Mass Ejections observations, flux ropes and space weather, Volker BOTHMER, Germany |
| Numerical Modeling of Coronal Mass Ejections, Tibor TÖRÖK, United States of America |
| On the Non-force-free Magnetic Field and Solar Eruptions, Xiaoshuai ZHU, China |
| Space Weather Impact on Polar Atmospheric Ozone and Climate, Pekka T VERRONEN, Finland |
| Models of quasi-discontinuous solar wind streams, Lukas WESTRICH, Germany |
| Ensemble Simulations of Coronal Mass Ejections in Interplanetary Space with Elliptical Cone Models, Johan MUHAMAD, Indonesia |
| Session 2: Flares and their impact on ionosphere/atmosphere, flare-Coronal Mass Ejections (CME) relationship |
| Magnetic field parameters determining the association of solar flares and CMEs, Ting LI, China |
| Flare Production Potential of Sunspot Based on Their Modified Zurich and Magnetic Classification, Ali KILCIK, Türkiye |
| Session 3: Space Weather Extreme Events |
| Extreme Space Weather Events, Natalia BUZULUKOVA, United States of America |
| Effect of geomagnetic storm on ionosphere over Nepal, Drabindra PANDIT, Nepal |
| Session 4: Tools and methods for space weather education and outreach |
| Models and tools at the CCMC for research, education and outreach, Maria KUZNETSOVA, United States of America |
| First results from the first low-cost SDR-based Ionosonde in African equatorial region, Babatunde RABIU, Nigeria |
| Session 5: Coronal holes and high-speed streams that lead to stream interaction regions |
| A Benchmark Community data Set for the Evaluation of Solar Coronal Hole Boundaries, Karin MUGLACH, United States of America |
| Geoeffective interplanetary conditions near Earth due to stream interaction regions, Sergio DASSO, Argentina |
| Tracking a Near Ecliptic Merged Interaction Region, Claire FOULLON, United Kingdom |
| Session 6: Solar energetic particles and the associated phenomena such a as coronal/interplanetary radio bursts |
| Solar energetic particles and coronal interplanetary radio bursts, Natchimuthukonar GOPALSWAMY, United States of America |
| Evolution of the magnetic connectivity during solar flares as seen from type III radio bursts, Malte BRÖSE, Germany |
| An Assessment of Solar Cycle 25 progress through observation of SRBs and associated Geomagnetic Storms, Jean UWAMAHORO, Rwanda |
| The Correlation Between Fluctuations in the Fluxes of Energetic Protons and Cosmic Rays During Forbush Decrease Events, Mihailo SAVIĆ, Serbia |
| Session 7: Spacecraft anomaly, impact on GNSS, ionospheric irregularities |
| Spacecraft Anomaly, Impact on GNSS, Ionospheric Irregularities, Anthea COSTER, United States of America |
| Characteristics of ionospheric irregularities during geomagnetic storms using long term worldwide GNSS data, SORI Takuya, Japan |
| Multi Index Analysis of Ionospheric Disturbances Driven by Internal and External Physical Mechanisms During Space Weather Events, Giorgio Arlan da SILVA PICANÇO, Brazil |
| Response of the equatorial ionosphere electron density during moderate geomagnetic storms over Accra, Ghana using the Low Cost Global Navigation Satellite System (GNSS) Receiver measurements, Solomon Otoo LOMOTEY, Ghana |
| A Glance on the Monitoring Network for Evil Waveform and Ionospheric Characterization H037-MoNEWIC, David WENZEL, Germany |
| A study on the low-latitude ionospheric scintillation using datasets from GPS SCINDA receivers and ionosonde instruments in Kenya, Mary DUSABE, Kenya |
| Climate Governance State of Art: A Snapshot on Current Discussions on Solar Radiation Management, Yvette RAMOS, France |
| Session 8: Geomagnetic storms and radiation belt variability due to CMEs and SIRs |
| Geomagnetic storms and radiation belt variability due to CMEs and SIRs, Drew TURNER, United States of America |
| Prediction of Adverse effects of Geomagnetic storms and Energetic Radiation - PAGER, Yuri SHPRITS, Germany |
| Drivers of Intense Geomagnetic field Variations, Chigomezyo NGWIRA, United States of America |
| Variations in the ionospheric parameters over midlatitude Europe region during September 6 - 10, 2017 geomagnetic storm caused by coronal mass ejections, Kateryna AKSONOVA, Czech Republic |
| Session 9: Space weather prediction using various techniques including Machine Learning |
| Space weather prediction using various techniques including machine learning, Dario DEL MORO, Italy |
| AI large model for solar activity forecasting, Long XU, China |
| Prediction of the Geomagnetic K Index at Hermanus based on its previous value, Mmatjie Sarah MALATJI, South Africa |
| A Precursor to Solar Prominence Eruptions - Detection and Analysis of EUV Prominence Oscillations, William BECKWITH-CHANDLER, United Kingdom |
| Predicting daily foF2 over Pakistan using machine learning, Muhammad Ayyaz AMEEN, Pakistan |
| Session 10: Space weather instrumentation (ISWI instruments and other instruments) |
| Aditya Solar wind Particle Experiment on-board India's Aditya-L1 mission, Dibyendu CHAKRABARTY, India |
| Realistic Ionospherewith concepts for AI-driven ionosphere forecast, Ivan GALKIN, United States of America |
| Solar Eruptive Events as Observed by Radio Imaging-Spectroscopic Facilities, Yihua YAN, China |
| The Evolution of Interplanetary Coronal Mass Ejections in the Heliosphere, Yutian CHI, China |
| Ionospheric HF Doppler indication of GNSS positioning accuracy degradations, Jaroslav URBAR, Czech Republic |
| Developments in ground-based space weather monitoring: CALLISTO and GIFDS approaching event analysis, Daniela BANYŚ, Germany |
| Session 11: Operational Space Weather |
| Space Weather radiation impacts on aviation, Rendani NNDANGANENI, South Africa |
| Space Weather Within ESA's Space Safety Programme, Alexi GLOVER, France |
| Operational Space Weather in Norway, Wojciech Jacek MILOCH, Norway |
| Forecasting and Analysis of Solar Energetic Particle Radiation Storms, Olga E. MALANDRAKI, Greece |
| Progress of MUSER and Chinese IPS telescope for space weather, Wei WANG, China |
| Recent Japanese Activities for Operational Services Space Weather Services, TSUGAWA Takuya, Japan |
| Sun-Earth Connections: Impacts of Space Weather events at Low Latitudes, Christine AMORY, France |
| Space Weather Research & Technology Applications - SPARTA - Center of Excellence, Kathleen KRAEMER, on behalf of Keith GROVES, United States of America |
| National Space Weather Strategy - New journey as national space agency - KASA, Kichang YOON, Republic of Korea |
| Poster Session |
| Solar eruptions - their sources at the Sun and impact on geospace (magnetosphere, ionosphere, atmosphere, ground) |
| A study of solar flare effects on the geomagnetic field components during solar cycles 23 and 24, Oswald Didier Franck GRODJI, Côte d'Ivoire |
| Spacecraft anomaly, impact on GNSS, ionospheric irregularities |
| Phase gradient screen approach for the modeling of ionospheric scintillation, Dmytro VASYLYEV, Germany |
| Characteristics on large-scale wave structure in Southeast Asia, Yu Yi LIOW, Malaysia |
| Different plasma bubble dynamics over the EIA: a comparative study of geomagnetic storm responses in two distinct regions of South America, Gilda GONZÁLEZ, United States of America |
| Space weather instrumentation (ISWI instruments and other instruments) |
| Application of the Relativistic Electron Alert System (REleASE) to instruments on board of STEREO-A, Henrik DRÖGE, Germany |
| The eSWua upper atmosphere observing infrastructure: a comprehensive facility for space weather monitoring, Massimo VIOLA, Italy |
| Equatorial plasma bubble detection and analysis using 2-D ROTI map and VHF radar images during the upcoming solar maximum, Pornchai SUPNITHI, Thailand |
| Low-Cost GNSS receiver system for space weather data, Sharafat GADIMOVA, Office for Outer Space Affairs |
| Spacecraft anomaly, impact on GNSS, ionospheric irregularities |
| Examining the mid-latitude ionospheric trough with high-resolution IGS ionospheric maps, Kateryna LUBYK, Germany |
| Ionospheric scintillation observations: A multi-sensor approach over low-latitude equatorial region, Shradha MOHANTY, Germany |
| Characterization of travelling ionospheric disturbances in relation to the occurrence of equatorial plasma bubble, Arthur Amaral FERREIRA, Germany |
| Intense Spread-F event at a low latitude station and its possible relationship with a geomagnetic storm and substorms, Graciela MOLINA, Argentina |
| Tools and methods for space weather education and outreach |
| AISstorm 2.1 - Atmospheric Ionization during substorms model, Jan Maik WISSING, Germany |
| Long-term analysis of inter-hemispheric field-aligned currents and seasonal and disturbance time variations in dawn, noon, and dusk sectors utilizing equatorial magnetic fields at Davao Station, Philippines, Manjula RANASINGHE, Sri Lanka |
| Ground level muon detectors response to extreme space weather events during solar Cycle 25, Nikola VESELINOVIC, Serbia |
| Global network of cosmic ray muon detectors for monitoring space and terrestrial weather - gLOWCOST, Nikola VESELINOVIC, Serbia |
| Transient variation of Doppler frequency shift of ionospheric signal within the equatorial region, Aderonke AKERELE, Nigeria |
| Ionosphere monitoring and prediction center (impc), Martin KRIEGEL, Germany |