Nowcasting and forecasting SEP events with the iPATH model

Authors: Junxiang Hu (UAH), Gang Li (UAH) This work showcases the nowcasting and forecasting capabilities of the operational version of the iPATH (improved Particle AccelerationView More

Quantifying the Impacts of Interplanetary Propagation and Transient Events on Solar Energetic Particle Intensity-Time Profiles

Authors: Alicia K. Petersen (Air Force Research Lab, NRC), Stephen M. White (Air Force Research Lab, Kirtland AFB), Stephen W. Kahler (Air Force Research Lab,View More

Integrating automated coronal mass ejection detection alerts from a ground based coronagraph for use in solar energetic particle event forecasting

Authors: M. D. Galloy (HAO Boulder, CO), J. T. Burkepile (HAO Boulder, CO), M. L. Mays (NASA GSFC), J. T. Jones (NASA GSFC), O. C.View More

Validating a Multivariate Ensemble of SEP Forecasting Models with SHINE Challenge Events and Non-events over the Period 2014-2022

Authors: Subhamoy Chatterjee (SwRI), Andres Munoz-Jaramillo (SwRI), Kim Moreland (UTSA & SwRI), Maher Dayeh (SwRI & UTSA), Hazel Bain (CIRES & NOAA SWPC) We builtView More

SEPSTER2D: An Empirical Model of 10–130 MeV Solar Energetic Particle Spectra at 1 AU Based on Coronal Mass Ejection Speed and Direction

Authors: Alessandro Bruno (CUA & NASA/GSFC), Ian G. Richardson (UMD & NASA/GSFC) SEPSTER2D is a new empirical model to predict SEP event-integrated and peak intensityView More

Machine Learning-Driven Prediction of “All-Clear” Periods for Solar Proton Events

Authors: Sadykov, V.M. (GSU), Kosovichev, A.G. (NJIT), Kitiashvili, I.N. (NASA ARC), Oria, V. (NJIT), Nita, G.M. (NJIT), O’Keefe, P. (NJIT), Francis, F. (NJIT), Chong, C.J.View More

Human Exploration Operations and the Need for Validating Space Weather Models

Authors: Philip Quinn (NASA/JSC/SRAG (Leidos)) In human exploration operations, space weather forecasting models are used to help predict the severity of solar particle events. ButView More

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