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- Energy Resolved DEMETER Precipitating Electron Fluxes over the North Atlantic
- Solar flare X-ray impacts on long subionospheric VLF East West paths
- Drivers and properties of relativistic electron microbursts
- Atmospheric impact of Solar Proton Events in the Antarctic Atmosphere
- Solar flare X-ray flux magnitude estimates from AARDDVARK data
- Solar wind drivers of New Zealand Geomagnetically Induced Currents
- Spectral fitting of energetic electron precipitation from DEMETER data
- Examination of Geomagnetically Induced Currents in the New Zealand electrical network
- Experimental Observations of EMIC-wave drive Energetic Electron Precipitation
- Energetic Electron Precipitation and Plasmapause location during Geomagnetic Storms
- Variation of Lightning activity during Tropical Cyclones
- Long-term Determination of Energetic Electron Precipitation into the Atmosphere Using Subionospheric VLF Perturbations
- Techniques to Determine Quiet Day Curves for Subionospheric VLF Observations
- Determining the latitude limits of precipitation during substorms
- Empirical Determination of Polar Atmospheric Access For Solar Protons
- Relativistic electron precipitation due to EMIC waves
- Energetic electron precipitation triggered by the arrival of Solar Wind Stream Interface
- New Zealand lightning currents estimated from an Antarctic radio receiving system
- “Pollution” of near-Earth space and the impact of large military radio transmitters
- Improving the detection efficiency of the World Wide Lightning Location Network
- Radiation Belt Remediation
- Examining the source of Dunedin-observed whistlers
- Subionospheric detection of relativistic microburst precipitation
- Ionospheric Disturbances and the Van Allen Radiation Belts
- Significance of red sprites to the neutral atmosphere
- Extracting and processing particle and wave data from an Earth orbiting satellite
- Effect of Relativistic Electron Precipitation upon the upper atmosphere
- Automatic whistler-detection and scaling from New Zealand observations
- Calibration and Detection Efficiency of the World Wide Lightning Location Network
- Effects of Solar Proton Events upon the high-latitude upper atmosphere
- Examination of DEMETER satellite data for electrical network control tones
- Ionospheric changes due to solar flares
- Long range ionospheric remote sensing from lightning waveforms
- Calculation of radiation fields from the Dunedin Electricity ripple control signal
- Lifetimes of radiation belt particles due to lightning-generated whistlers
- Geomagnetically Induced Currents (GICs) in New Zealand
- Automated software for VLF recording using the Delta1010
- Are whistler ducts created by Thunderstorm DC fields?
- Single station lightning detection and location
- Ambient condition of the daytime lower ionosphere
- Solar flare modifications to the lower ionosphere
- Effects of precipitation from lightning generated whistlers on the lower ionosphere
- Scattering of VLF from plasma columns (Red Sprites)
- Time signature of VLF Sprites
- Optical observations of Red Sprites
- ELF/VLF broadband signature of Elves and Sprites
- Precision GPS corrected oscillator
- GPS satellite time to measure precise VLF subionospheric phase
- Ozone research
- VLF electromagnetic precursors to earthquakes
- Lightning location by time-of-arrival of VLF sferics at multiple receivers
- Piezo-electric effects in NZ rocks