Geomagnetic storms during Forbush decreases bias neutron monitor spectra at rigidities as low as 1 GV, and AMS space data can be used to remove these localized anomalies while preserving the main FD signal.
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Power-law exponents fitted to solar energetic particle fluence spectra predict Forbush decrease magnitude better than coronal mass ejection velocities.
citing papers explorer
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Effects of Geomagnetic Cutoff Rigidity Variations during Forbush Decreases
Geomagnetic storms during Forbush decreases bias neutron monitor spectra at rigidities as low as 1 GV, and AMS space data can be used to remove these localized anomalies while preserving the main FD signal.
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New insights from cross-correlation studies between solar activity indices and cosmic-ray flux during Forbush decrease events
Power-law exponents fitted to solar energetic particle fluence spectra predict Forbush decrease magnitude better than coronal mass ejection velocities.