Name: European Space Weather Week 2025
Start: 2025-10-27T00:00:00+01:00
End: 2025-10-31T23:59:00+01:00
Location: No location set

A dynamic multifluid model for the solar atmosphere (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

A homogeneous data base of amplitudes of lower band whistler mode waves (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

A Multi-Perspective Comparison of Deep Learning and Traditional Machine Learning Methods for Onboard Solar Coronal Structure Detection (in session "APL2 - Bridging the Gap: Reproducibility, Deployment, Operation, Updates, and Monitoring of Machine Learning-Based Solar Flare Forecast Models")

A Statistical Study of Possible Drivers for Substorm dB/dt Spikiness (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

A Threshold-Based Random Forest Forecasting Model For The Outer Radiation Belt. (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Aditya-L1 and Vigil-L5: A Dual-Point Approach to Solar Wind Dynamics and Space Weather Prediction (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Advancing Solar Flare Forecasting with a Deep Learning Approach Using Multi-Modal Inputs (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Alfvénic contribution from the solar wind to magnetospheric dynamics (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

An alternative tool: the Solar Magnetic Flux Index (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

Analyses of the English sunspot observations during the Maunder Minimum (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

Analysing Geoeffective events using Metis Data (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Are extreme solar particle events and superflares related? (in session "SWR5 – Space Climate")

ASR: Archival Solar flaRes catalogue (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Assessing the Impact of ICMEs and HSSs on Global dBH/dt Spikes During Geomagnetic Storms (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Assessing the performance of PFSS based coronal modelling in reconstructing the evolution of recurring coronal holes using remote sensing and in situ observations (in session "CD5 - Open Validation in Space Weather Modeling")

Assessment of Ionospheric Models during the 2024 Gannon Storm Using GNSS Single Frequency Precise Point Positioning (in session "CD5 - Open Validation in Space Weather Modeling")

Attention-Based Deep Learning for Solar Flare Forecasting from SHARP Time Series (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Bayesian Inference for Automated 3D CME Characterization and Uncertainty Quantification (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Benchmarking data driven MHD solar wind models in the rising solar activity cycle (in session "CD5 - Open Validation in Space Weather Modeling")

Bypassing the static input size of neural networks in flare forecasting by using spatial pyramid pooling (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Can lunar cosmogenic nuclides reveal a passage of the heliosphere through an interstellar cloud in the past? (in session "SWR5 – Space Climate")

Can meridional flow variation explain the observed rising/declining phase asymmetry in the solar cycle? (in session "SWR5 – Space Climate")

Carrington revisited: Modelling geoelectric fields in Fennoscandia using first-principles simulations (in session "P3 - Plenary Session")

Characterisation of in situ signatures of coronal mass ejections interacting with high-speed streams (in session "Open parallel session")

Chasing solar storms (in session "CD9 - Communicating Science Through Aurora: Engaging the Public in Space Weather")

CME arrival modelling and expected impacts for the extreme event in May 2024 (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Combining Physics-Derived and Machine-Learned Features for Probabilistic Solar Flare Forecasting (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Compact Ring Imaging Cherenkov Spectrometer measuring up to GeV/n particles for surveying lunar environment (in session "CD6 - Radiation for exploration beyond LEO")

Comparative analysis of ground- and space-based ionospheric indices for monitoring the perturbation degree of the ionosphere (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Comprehensive Assessment of Thermospheric Models During Geomagnetic Storms at NASA/CCMC (in session "CD5 - Open Validation in Space Weather Modeling")

Constraining the magnetic flux of the CME spheromak model in EUHFORIA using helicity budget (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Cosmic radiation near Earth: Impact of solar activity and the geomagnetic field in long-term modelling of dose from cosmic radiation in space (in session "SWR5 – Space Climate")

Data assimilation of cellular automatons for solar flare prediction (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Data-Driven Strategies for Early Warning and Identification of Geomagnetic Storms (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Decadal-Scale Forecasting of Solar and Geomagnetic Activity (in session "SWR5 – Space Climate")

Design and Performance of the CHerenkov Atmospheric Observation System (CHAOS) during the BEXUS 35 Balloon Mission (in session "CD6 - Radiation for exploration beyond LEO")

Developing Analytical Chorus Wave Models Using the Data from Van Allen Probes and Arase Satellite (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Development of AI-based SEP Prediction Model for Moon and Beyond (in session "CD6 - Radiation for exploration beyond LEO")

Different evolution of CME and HSS storms during the Gleissberg cycle: Evidence and implications (in session "SWR5 – Space Climate")

Driving the Mid-Latitude Ionosphere from Below: Observations Made Using the International LOFAR Telescope (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Early Studies of Geomagnetic Effects on Railways (in session "CD4 - Space Weather Impacts on Transportation Systems")

Earth's Ionospheric Response to the Late Phase of Solar Flares with Various Center-to-Limb Locations (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Effects of geomagnetic storms on the high-latitude ionosphere-thermosphere, comparison between a moderate storm and the May 2024 superstorm (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Effects of the September 2014 CMEs chain in the inner Solar System and the response of the Martian ionosphere. (in session "CD7 - Space weather at unmagnetized or weakly magnetized solar system objects")

End User-Focused Space Weather Training led by CCMC (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

Enhancing solar flare prediction with physics-informed machine learning and dimensional analysis (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Estimation of the twist in the solar magnetic flux rope (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Evaluating the Impact of Geomagnetic Storms on GNSS Position Accuracy in Aircraft Operations Using ADS-B Data (in session "CD4 - Space Weather Impacts on Transportation Systems")

Evolution of an expanding flux rope in the solar corona as observed by the Metis multi-channel coronagraph. (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Exploring Continuous Time-to-Event Prediction Models in the Realm of Solar Flare Forecasting (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Exploring Longitudinal SEP Distributions with Multiple Spacecraft (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Exploring the potential of data assimilation with a heterogeneous state vector as a physical parameter correcting approach for radiation belt physical models (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Extended Lead-Time Geomagnetic Storm Forecasting with Solar Wind Ensembles and Machine Learning (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Extending photospheric magnetic field observations with PHI-HRT on Solar Orbiter and the first high latitude view of the Poles (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

First keynote (in session "Opening Keynotes (followed by Forecast)")

First observation of the auroral sporadic E layer (Esa) induced by anomalous ionization during the May 10–12, 2024 geomagnetic storm over equatorial Brazilian region (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

First steps of the AGATA Scientific Research Programme (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

FLAG: Forecasts and Long-term probabilistic data Assimilative prediction of the effects of Geomagnetic storms (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

From Archives to Algorithms: Historical Solar Data in the Refinement of the Sunspot Number (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

From Detection to Reconstruction: Combining Real-Time ICME Detection and Automatic Flux Rope Fitting for Operational Short-Term Forecasting (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

From multi-decadal solar wind modelling to real-time forecasting, and on probing solar wind away from the ecliptic plane (in session "CD2 - All about the solar wind")

From the Sun to the Runway: How the October 10, 2024, Geomagnetic Storm Disrupted GNSS-Based Augmentation Services in Europe (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Future of Space Weather Observations (in session "P2 - Space Weather at the Moon, Mars, and Beyond: Recent Advancements, Observations, and Future Opportunities for Exploration")

Geoeffective space weather events observed during the solar cycles 24 and 25 (in session "SWR5 – Space Climate")

Global MHD and Test-Particle simulations of outer radiation belt flux drop-out events (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Global Validation of the Data-Assimilative VERB-3D Code for the Radiation Belts (in session "CD5 - Open Validation in Space Weather Modeling")

How much can we learn from low-coronal signatures of CMEs for space weather prediction? (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Identification and variability of solar periodicities in southern African Baobab δ13C tree ring data during the Wolf, Spörer, Maunder and Dalton minima. (in session "SWR5 – Space Climate")

Identifying GIC-effective geoelectric hazard scenarios in the German power grid (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Impact of space weather on higher airspace operations & commercial space operations (in session "CD4 - Space Weather Impacts on Transportation Systems")

Impacts of space weather on ground-based technology in the UK (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Impacts of the May 2024 Intense Geomagnetic Storm on the Equatorial Ionosphere and Geomagnetic Field over Thailand (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Improved Geomagnetic Activity Prediction via Deep Learning and Extended Solar EUV Imaging Dataset (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Inner magnetosphere dynamics and coupling during weak, moderate, and strong geomagnetic storms: identifying key differences in coupling between the radiation belts, and the ionosphere during three case studies. (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Inner Magnetospheric Coupling to the D-Region Ionosphere via Energetic Electron Precipitation: a Multi-Instrument Perspective (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Insights into solar eruption dynamics and energy distribution through MHD + test-particle simulations (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Integrating data-driven and physics-based modelling of magnetosheath dynamics (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Introduction by moderator: Space weather challenges in Canada (in session "P1 - Space Weather Challenges in the Arctic")

Introduction to panelists with questions (in session "P1 - Space Weather Challenges in the Arctic")

Investigating Nonlinear Quenching Effects on Polar Field Buildup Using Physics-Informed Neural Networks (in session "SWR5 – Space Climate")

Investigating the May 2024 storm and its effect on the Swedish power grid (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Investigation of solar wind source regions using inner and middle corona observations (in session "CD2 - All about the solar wind")

Investigation of the Drivers Behind Sub-Relativistic Electron Variability in the Inner Magnetosphere (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Ionospheric response to geomagnetic storms of different intensity in the Eastern North Atlantic mid-latitudinal zone: comparison between Lisbon, Azores and Madeira (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Is BRADPIT keeping its promises in discerning flaring from non-flaring active region configurations? (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Joint science with Metis and EUI: Lessons Learned for JEDI on Vigil (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Joule heating and thermospheric density enhancements during geomagnetic storms driven by solar wind high-speed streams and coronal mass ejections (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Large-scale waves in the cometary magnetosphere and their relation to jets (in session "CD7 - Space weather at unmagnetized or weakly magnetized solar system objects")

Lightening Poster Talks (in session "Open parallel session")

Lightening Talks (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Local geomagnetic disturbances and global indices: a comparison for Southern Europe (in session "Open parallel session")

Long Term Performance of a Real‐Time Electron Radiation Belt Specification Model (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Long-term variation of the number of sunspots per group (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

Machine Learning Approach to Coronal Hole Detection within Solar Cycles and Solar Wind Model Validation (in session "CD5 - Open Validation in Space Weather Modeling")

Magnetic flux rope stability and evolution in data-driven coronal magnetic field simulations (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Measuring Forbush decreases and probing CME evolution throughout the heliosphere (in session "Open parallel session")

Measuring ionospheric absorption based on received ionosonde amplitudes using sounding frequencies above 10 MHz – preliminary results (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Measuring the solar wind upstream of L1 for improved space weather forecasts (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Memory and Scale-Invariance in Solar Flares Dynamics (in session "SWR5 – Space Climate")

MLT-based parameterisation of ULF power and radial diffusion coefficients derived from ground magnetometers (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Modeling MeV Radiation Belt Electron Precipitation and Its Atmospheric Impact Using VERB-4D (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Modeling the solar corona and its EUV emission with the WindPredict-AW 3D coronal model using Vigil/Jedi data (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Modelling complex interaction of solar wind and CMEs (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Modelling the Outer Radiation Belt Electron Dynamics During the May 2024 Storm Using the VERB Code (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Multi-instrument analysis of 2024 May 14 solar eruptions: Linking type II radio bursts to coronal mass ejections (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Multi-Point Eruptive Feature Tracking in Anticipation of Vigil Space Weather Monitoring (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Mytherella – an AI supported artistic attempt to hallucinate auroral myths and physics (in session "CD9 - Communicating Science Through Aurora: Engaging the Public in Space Weather")

Next steps in the development of PCA-NN model for the ionosphere: different parameters, regions, NN algorithms and input parameters (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

NORM aboard ASBM: Monitoring Ultra-Relativistic Trapped Electrons and Solar Protons from a Three-Apogee Orbit (in session "CD6 - Radiation for exploration beyond LEO")

On the role of mirror mode instabilities in the reconnecting Heliospheric Current Sheet dynamics (in session "CD2 - All about the solar wind")

Once is not enough: why high-cadence MgII is important (in session "SWR5 – Space Climate")

Ongoing Efforts in Historical Solar Data Preservation at the US National Solar Observatory (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

P1 Panel Discussion (in session "P1 - Space Weather Challenges in the Arctic")

P1 Summary (in session "P1 - Space Weather Challenges in the Arctic")

P2D - A Two-dimensional Solar Wind Persistence Model Covering the Inner Heliosphere (in session "CD2 - All about the solar wind")

Panel Discussion (in session "P2 - Space Weather at the Moon, Mars, and Beyond: Recent Advancements, Observations, and Future Opportunities for Exploration")

Physics-based predictions for an electron radial-dependent environment model (in session "CD6 - Radiation for exploration beyond LEO")

Physics-Informed Neural Networks for Plasmasphere Electron Density Forecasting (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Polar faculae and their relationship to the solar cycle (in session "SWR5 – Space Climate")

Poster presentations (in session "CD7 - Space weather at unmagnetized or weakly magnetized solar system objects")

Prediction of Solar Energetic Particle Events Using Explainable AI: Discovering Insights into Physics-Based Predictors (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Prediction of Time-Evolving Solar Surface Magnetic Fields Using Deep Learning and Their Application (in session "APL2 - Bridging the Gap: Reproducibility, Deployment, Operation, Updates, and Monitoring of Machine Learning-Based Solar Flare Forecast Models")

Predictive analytics of solar eruptions and solar energetic particle events based on 3D magnetic field models (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Probabilistic Forecasts of Radiation‐Belt Enhancement Event Durations and Peak Fluxes Using Gaussian Processes (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Probing the characteristics of a pre-eruptive flux rope using novel techniques (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Propagation and Attenuation of Pc1 Waves from the Magnetosphere to the Ionosphere: Arase and PWING Observations (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Q&A from the Audience (in session "P1 - Space Weather Challenges in the Arctic")

Radiation Science as part of ESA’s Exploration Envelope Programme (in session "CD6 - Radiation for exploration beyond LEO")

Real-time prediction of geomagnetic storms using Solar Orbiter as a far upstream solar wind monitor (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Real-time Reconstruction of 3D Coronal Magnetic Fields using a Physics-informed Neural Opeartor (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Reconstruction of sunspot parameters from observations by Philippe de La Hire in 1676-1702 (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

Refining PAS Proton and Alpha Particles Moments for Solar Wind and Magnetic Reconnection Studies (in session "CD2 - All about the solar wind")

Relativistic Electron Loss and Acceleration Driven by Chorus Waves During a High-Speed Stream Event (HSS) (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Revisiting Early Telescopic and Post-Maunder Minimum Sunspot Records: Implications for Long-Term Solar Activity Reconstruction (in session "CD3 - Refining the Sunspot Number Series : challenges and benefits for the Space Climate Community")

RIMAP: A New Path to Understanding and Predicting the Interplanetary Propagation of Solar Disturbances (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

RISER – Radio Observations and Modelling of the Heliosphere-Magnetosphere-Ionosphere System (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Scintillation in the Arctic during the May 2024 Mother’s Day storm (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Second keynote (in session "Opening Keynotes (followed by Forecast)")

Seeing the full Sun: A multi-vantage exploration of the photospheric magnetic field (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Shallow Internal Charging by 100 - 300 keV Electrons: A Previously Overlooked Space Weather Hazard in Geosynchronous Orbit (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Simulating electron acceleration in shocks (in session "CD2 - All about the solar wind")

Simulating high-speed solar wind streams from coronal holes using an L5-L1 configuration of lagrangian points (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Simulation of lunar surface charging and nearby environments under varying Space Weather conditions (in session "CD7 - Space weather at unmagnetized or weakly magnetized solar system objects")

Solar Active Region Classification with Deep Learning (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Solar Activity and Galactic Cosmic Rays: A Comprehensive Model for Long-Term Forecasting (in session "SWR5 – Space Climate")

Solar energetic electron spectra of intense events observed with Solar Orbiter in 2020–2022 (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Solar Energetic Particles in Solar Cycle 25: Observations and Comparisons with Previous Cycles (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Solar Orbiter's Comprehensive Solar Energetic Electron event Catalogue (CoSEE-Cat): a new resource for studying particle acceleration and transport in the heliosphere (in session "P3 - Plenary Session")

Solar Tsunamis: State-of-the-art Simulations of Geomagnetically Induced Currents in New Zealand Power Grids (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Solar wind interactions with comets using STEREO HI, amateur observations and a data assimilative solar wind model (in session "CD2 - All about the solar wind")

Solar wind modelling with COCONUT and EUHFORIA (in session "CD2 - All about the solar wind")

Sonification of the Aurora: Enabling Blind and Visually Impaired Students to Experience Space Weather through Sound (in session "CD9 - Communicating Science Through Aurora: Engaging the Public in Space Weather")

Sources of the winter nighttime ionospheric response in Tromsø caused by the variations of solar wind (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Space Weather & Aviation: Key Findings from the DLR Impact Assessment Survey (in session "P4 - Plenary Session")

Space weather at comet 67P (in session "CD7 - Space weather at unmagnetized or weakly magnetized solar system objects")

Space Weather at Mars: An Overview (in session "P2 - Space Weather at the Moon, Mars, and Beyond: Recent Advancements, Observations, and Future Opportunities for Exploration")

Space Weather Impacts on Railway Systems (in session "CD4 - Space Weather Impacts on Transportation Systems")

Space weather risks in defence operations: radio and radar systems (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

Space Weather Unplugged (in session "CD9 - Communicating Science Through Aurora: Engaging the Public in Space Weather")

Spectral Splitting of Long-Lasting Whistler Echo Trains Propagating in a Dual Ducting Structure (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Statistical Observations in Support of Bow Shock Current Closure to Earth’s High-Latitude Ionosphere during Non-Zero IMF By (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Statistical study of prominence eruptions in the wide FOV of SolO/EUI/FSI. What can Vigil bring? (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

Statistical survey of dune aurora observations from a citizen science database (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Study of GLE 74 on 11 May 2024 using neutron monitor records (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Sun to Earth propagation of 21 April 2023 CME and its space weather impact (in session "P4 - Plenary Session")

Surrogate Modeling for the Next-Generation Probabilistic Drag Modeling Framework (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

The ACFJ Consortium’s Provision of GNSS Advisories for the ICAO Space Weather Service (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

The analysis and model-driven prediction of the deleterious impact of atmospheric drag on LEO debris around the peak of the 25th solar cycle (in session "Open parallel session")

The CORNERSTONE project (in session "APL2 - Bridging the Gap: Reproducibility, Deployment, Operation, Updates, and Monitoring of Machine Learning-Based Solar Flare Forecast Models")

The Dark Side of the Sun: Making Space Weather Personal and Relatable (in session "CD9 - Communicating Science Through Aurora: Engaging the Public in Space Weather")

The dependence of periodic density structures’ amplitude and length scale on solar wind density within stream interaction regions (in session "CD2 - All about the solar wind")

The influence of Solar Orbiter/PHI far-side information on coronal holes and solar wind predictions (in session "CD2 - All about the solar wind")

The JEDI (Joint EUV Coronal Diagnostic Investigation) for the Vigil Mission at L5 (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

The Major Solar Energetic Particle Event on 2024 May 20: Multi-spacecraft Observations of a Long-lasting Energetic Particle Reservoir (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

The May 2024 geomagnetic storm – an operational forecaster’s perspective (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

The Photospheric Magnetic field Imager (PMI), its data products and science (in session "CD8 - The Vigil Mission: Advancing Space Weather Operations & Science")

The Practical Horizon of L1-Based Dst Forecasting (in session "CD5 - Open Validation in Space Weather Modeling")

The SAPPHIRE-2S model: extension of ESA’S Solar Accumulated and Peak Proton and Heavy Ion Radiation Environment (SAPPHIRE) model (in session "SWR5 – Space Climate")

The Solar leptocline, a needle in a haystack (in session "SWR5 – Space Climate")

The Solar Wind Scoreboard hosted by NASA’s CCMC (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

The XXV Sun Cycle Solar Radio Burst Database by the SMOS mission (in session "SWR2 – Interdisciplinary Insights into Space Weather Events of Solar Cycle 25: From Solar Origins to Planetary Impacts")

Thermospheric Response to Space Weather: Timing and Driver Analysis using Earth-Orbit Satellite Decay Data (in session "CD1 - Combination of physics-based and data-driven methods for space weather forecasting")

Time-Evolutionary Modeling of the Solar Corona and Inner Heliosphere (in session "CD2 - All about the solar wind")

Towards Reliable and Efficient AI-based Solar Flare Forecasting Models (in session "APL2 - Bridging the Gap: Reproducibility, Deployment, Operation, Updates, and Monitoring of Machine Learning-Based Solar Flare Forecast Models")

Transition to a Critical State of Active Regions: Identifying Solar Flare Precursors (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Turbulence and kinetic effects in the solar wind: Solar Orbiter measurements and numerical Vlasov-Maxwell simulations (in session "CD2 - All about the solar wind")

Type II Radio Bursts and their association with Space Weather Phenomena (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

ULF waves driven by solar wind speed affecting outer radiation belt electron flux: A statistical analysis (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

Understanding and Modelling the Geomagnetically Induced Currents caused by Sudden Commencements (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Updates and developments in the services of STCE to Aviation (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

User-tailored space weather bulletins developed within ESA’s Space Weather Service Network (in session "APL1 - Space Weather Services and Alerts for End-Users: Bridging Forecasting, Infrastructure, and Communication")

Using Data-Driven Coronal Modeling to Inform MHD Simulations from the Middle Corona to the Heliosphere (in session "SWR1 – Magnetic Sources of Space Weather Across Solar Atmospheric Layers")

Using Machine Learning to develop statistical models of high latitude Sporadic-E climatology: A Sporadic-E module for E-CHAIM (in session "SWR4 –Interactions in the Earth’s Magnetosphere-Ionosphere-Thermosphere System and their Space Weather Impact")

Using novel measurements such as Interplanetary Scintillation for validation (in session "CD5 - Open Validation in Space Weather Modeling")

UT dependence of severe space weather events defined by geomagnetic indices (in session "Open parallel session")

Validating AENeAS: Assessing the UK Operational Model for Upper Atmosphere Forecasting (in session "CD5 - Open Validation in Space Weather Modeling")

Whistler-Mode Wave Dynamics Across Plasmaspheric Plumes During a Geomagnetic Storm (in session "SWR3 – Inner Magnetospheric Dynamics and Coupling Processes")

European Space Weather Week 2025

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