Member Since 2017
Todd Anderson
Postdoctoral Research Associate, Los Alamos National Laboratory
AGU Research
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Multi-instrument investigations of field-aligned irregularity generation at HAARP
AGU 2024
spa-aeronomy | 13 december 2024
Todd Anderson, Erin H. Lay, Ian Cummings, Christop...
Field-aligned irregularities (FAIs) are periodic density gradient structures oriented along the geomagnetic field direction that occur naturally in th...
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Investigating in-cloud mechanisms of Trans-Ionospheric Pulse Pairs by a large-scale statistical analysis
AGU 2024
atmospheric and space electricity | 11 december 2024
Nikhil Pailoor, Erin H. Lay, Amitabh Nag, Todd And...
Trans-Ionospheric Pulse Pairs (TIPPs) are satellite detections of Very High Frequency (VHF, 30-300 MHz) in-cloud lightning signatures showing a pair o...
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Sensing lower ionosphere variability with a global lightning detection network: sferic dispersion measurements and comparisons with propagation simulations
ADVANCES IN RADIO FREQUENCY PROPAGATION MODELING AND APPLICATIONS II ORAL
spa-aeronomy | 15 december 2023
Todd Anderson, Robert H. Holzworth, Michael McCart...
Subionospheric VLF techniques have long been used to sense the height and sharpness of the lower ionosphere's electron density profile, parameters whi...
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Using WWLLN Recorded Waveforms To Test VLF Propagation in the Earth-Ionosphere Waveguide
ADVANCES IN RADIO FREQUENCY PROPAGATION MODELING AND APPLICATIONS I POSTER
spa-aeronomy | 14 december 2023
Abram R. Jacobson, Todd Anderson, James Brundell, ...
The World Wide Lightning Location Network (WWLLN) uses time difference of arrival to locate lightning strokes from their emissions in the 8-18 kHz pas...
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Investigating Spatial Scales of Energetic Particle Precipitation Signatures in the Mesosphere-Lower Thermosphere with a VLF Lightning Detection Network
SPACE PRECIPITATION: DRIVERS, DYNAMICS, AND IMPACTS I ORAL
spa-magnetospheric physics | 13 december 2022
Todd Anderson, Robert H. Holzworth, Michael McCart...
Precipitating radiation belt electrons, with energies of hundreds of keV to several MeV, penetrate to mesosphere-lower thermosphere altitudes and enha...
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Quantifying the Thunderstorm Contribution to Earth's Global Electric Circuit: Comparisons of Global Lightning and Precipitation with Stratospheric Balloon Observations of Fair-Weather Return Current
TOPICS IN ATMOSPHERIC ELECTRICITY AND ADVANCES IN LIGHTNING EXPERIMENTATION I ORAL
atmospheric and space electricity | 15 december 2021
Jeremy N. Thomas, Natalia N. Solorzano, Yifei Fang...
The Carnegie curve describes the diurnal variation of the global electric circuit (GEC), showing that the fair-weather vertical electric field, when a...
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Quantifying the Thunderstorm Contribution to Earth's Global Electric Circuit: Overview of a New Approach to an Old Problem
TOPICS IN ATMOSPHERIC ELECTRICITY AND ADVANCES IN LIGHTNING EXPERIMENTATION II POSTER
atmospheric and space electricity | 15 december 2021
Michael McCarthy, Todd Anderson, Robert H. Holzwor...
The global electric circuit is driven largely, if not entirely, by thunderstorms, over which electric current generally flows upwards. This leaves Ear...
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Quantifying the Thunderstorm Contribution to Earth's Global Electric Circuit: Simultaneous Multi-Point Measurements of the Fair-Weather Return Current by Instrumented Stratospheric Balloon Payloads
TOPICS IN ATMOSPHERIC ELECTRICITY AND ADVANCES IN LIGHTNING EXPERIMENTATION I ORAL
atmospheric and space electricity | 15 december 2021
Todd Anderson, Michael McCarthy, Robert H. Holzwor...
Thunderstorms have long been thought to be a principal driver of the Global Electric Circuit (GEC), but previous work has been unable to agree on the ...
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