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- Mass-Loss Rates from Coronal Mass Ejections: a Predictive Theoretical Model for Solar-Type Stars
- A Weak Solar Maximum, a Major Volcanic Eruption, and Possibly
- Temporal Aspects and Frequency Distributions of Solar Soft X-Ray Flares
- The Impact of Coronal Mass Ejections on the Seasonal Variation of the Ionospheric Critical Frequency F0f2
- Solar Minimum Cycles and Historical Events
- Solar Cycle 24 the Maunder Minimum That Didn't Happen
- Influence of Solar Minimum on Cosmic Ray Flux, Mutations in Viruses and Pandemics Like COVID-19
- NASA FY13 Budget Estimates--Heliophysics
- Heliospheric Magnetic Field Configuration at Solar Maximum Conditions: Consequences for Galactic Cosmic Rays
- The Heliosphere and Its Boundaries
- Heliophysics Science and the Moon Potential Solar and Space Physics Science for Lunar Exploration
- Heliophysics I
- The Effect of the Solar Cycle on Secondary Cosmic Ray Intensity and Cloud Formation
- Observations of the Sun's Magnetic Field During the Recent Solar Maximum
- The 2020 Senior Review of the Heliophysics Operating Missions
- History and Development of Coronal Mass Ejections As a Key Player in Solar Terrestrial Relationship N
- Evolution of Sunspot Properties During Solar Cycle 23
- Galactic Cosmic Ray Modulation Near the Heliospheric Current Sheet
- Solar Activity - Ii
- Relation Between Solar Wind Parameters, Coronal Mass Ejections and Sunspot Numbers
- ESA Bulletin
- Causes and Consequences of the Extended Solar Minimum
- Halo Coronal Mass Ejections During Solar Cycle 24: Reconstruction of the Global Scenario and Geoeffectiveness
- Educational Guide for Solar Superstorms
- Math Application Activity: Sunspots and Climate Change
- Heliophysics Living with a Star Program Enabling Science, Technology, and Exploration to Advance Society
- Causes of Solar Activity
- The Kinematics and Morphology of Solar Coronal Mass Ejections
- Heliophysics the SOLAR and SPACE PHYSICS of a NEW ERA
- Sunspot Activity Case Study
- Heliospheric Current Sheet Inclinations at Venus and Earth G
- Solar Cycle 24
- The Solar Maximum Observatory
- A Low-Thrust-Enabled Smallsat Heliophysics Mission to Sun-Earth L5 Natasha Bosanac Farah Alibay Jeffrey R
- Maximums) and Valleys (Minimums)
- Connecting the Whole Heliosphere Sarah E. Gibson, Giuliana De Toma
- Tracking Sun's Power to Earth
- Is a Second Maximum of Solar Cycle 24 Coming?
- Solar Superstorms Educator's Guide
- In 1893, E. Walter Maunder, the Superintendent of the Royal Greenwich Observatory in England, Discovered Data That Showed That T
- GPS, the Ionosphere, and the Solar Maximimum
- Limitations in Gps Positioning Accuracies and Receiver Tracking Performance During Solar Maximum
- Structure of the Heliospheric Current Sheet from Plasma Convection in Time-Dependent Heliospheric Models