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Scott Bolton
Southwest Research InstituteMeeting roles in:
Jupiter’s Complex Downward Current Region: Comparisons with Earth and Saturn
A Multi-Instrument Analysis of Electron Density Depletions above Jupiter’s Auroral Zones
A Survey of Jovian Long and Medium Dispersion Lightning Whistlers as detected by Juno Waves
Is Mars the primary source of interplanetary dust particles?
The Dust Environment Near Jupiter
The Juno SRU’s Unprecedented View of Jupiter’s Upper Atmosphere and Aurorae at Visible Wavelengths
In situ observations of the topside polar ionosphere by Juno/JADE-I
Exploring the energy transfer of Alfven waves from the Io torus to the ionosphere of Jupiter
Plasma Densities in the Inner Io Torus at Low to Mid-latitudes
Juno's Second Extended Mission: Exploring the Inner Radiation Belts, Moons, Rings and Magnetospheric Boundaries
Sub-surface Heat Anomalies on Io Observed by the Juno Microwave Radiometer
Juno Microwave Radiometer Observations of Europa’s Sub-Surface Ice
Juno Microwave Radiometer Observations into the Subsurface of the Ice Shell of Ganymede
Laboratory Measurements of the Microwave Absorption and Refraction of Ices Analogous to those on the Surfaces of Europa and Ganymede
Using Juno MWR Observations to Inform Radar Sounding Investigations of Icy Moons by Europa Clipper and JUICE
Optics Throughput Loss of Junocam in the Jovian Radiation Environment
Exploring the Variability of Io and its Torus via Observations and Modelling -Towards an International Effort
Energy Dissipation Processes at Jupiter’s Bow Shock: Insights from Juno Observations.
Juno Microwave Radiometer Measurements of the Depths of Spatial and Temporal Variability in Jupiter
Statistical characteristics of Jupiter dispersed pulses observed by Juno
A Search for Jovian Lightning-Induced Radio Waves in the HFR‑Lo Band (0.5–3 MHz) Using Juno Waves Data
Juno rules out a shallow magma ocean at Io
What Drives Ion Outflow at Jupiter?
Synchronized Eruptions on Io: Evidence of Interconnected Subsurface Magma Reservoir
Mapping Microwave Thermal Emission from Io’s Volcanic Units
Improved Constraints on Icy-Satellite Shell Structure Through Joint Retrieval of Microwave Radiometry and Radar Sounding Measurements
Juno Microwave Radiometer Observations of Heat Flows on Io, Europa, and Ganymede
Analysis of Jupiter’s atmospheric thermal structure using two years of Juno radio occultations
Tropospheric Composition and Thermal Structures of Jupiter's North Pole Revealed by Juno Microwave Measurements
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