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Smith, R  L.  1969.  VLF Observations of Auroral Beams as Sources of a Class of Emissions. Nature. 224:351-352.
Cotts, B  R  T, Inan US.  2007.  VLF observation of long ionospheric recovery events. Geophysical Research Letters. 34:14809.
Helliwell, RA.  1966.  VLF noise of magnetospheric origin, Progress in Scientific Radio, 1963-1966. National Academy of Sciences Publ.. :1468.
Helliwell, RA, Katsufrakis J  P, Bell TF, Raghuram R.  1975.  VLF line radiation in the earth's magnetosphere and its association with power system radiation. Journal of Geophysical Research. 80:4249-4258.
Wang, TNC.  1970.  VLF Input Impedance Characteristics of an Electric Antenna in a Magnetoplasma.
Johnson, M.  2000.  VLF Imaging of Lightning-Induced Ionospheric Disturbances.
Inan, US.  1990.  VLF heating of the lower ionosphere. Geophysical Research Letters. 17:729-732.
Haldoupis, C, Cohen M, Arnone E, Cotts B, Dietrich S.  2013.  The VLF fingerprint of elves: Step-like and long-recovery early VLF perturbations caused by powerful ±CG lightning EM pulses. Journal of Geophysical Research: Space Physics. :n/a-n/a.
[Anonymous].  1979.  VLF direction finding from Palmer Station. Antarctic Journal. XIV(5):210.
Lauben, D S, Inan US, Bell TF, Kirchner D  L, Hospodarsky G  B, Pickett J  S.  1998.  VLF chorus emissions observed by POLAR during the January 10, 1997, magnetic cloud. Geophysical Research Letters. 25:2995-2998.
Raghuram, R, Smith R, Bell TF.  1974.  VLF Antarctic antenna: Impedance and efficiency. IEEE Transactions on Antennas and Propagation. 22:334-338.
Inan, US, Slingeland A, Pasko V  P, Rodriguez JV.  1996.  VLF and LF signatures of mesospheric/lower ionospheric response to lightning discharges. Journal of Geophysical Research. 101:5219-5238.
Carpenter, DL, Helliwell RA.  1966.  Very-low-frequency phenomena. Antarctic Journal of U.S.. :193-194.
Helliwell, RA.  1971.  Very-low-frequency magnetospheric research in the Antarctic. Res. in the Antarctic. :493-511.
Dowden, R  L.  1962.  Very-Low-Frequency Discrete Emissions received at Conjugate Points. Nature. 195:64.
Tkalcevic, S.  1983.  Very-low frequency signals (2-10 kHz) received at Palmer Station, Antarctica, from the 21.4 km dipole antenna at Siple Station, 1400 km distant. Journal of Atmospheric and Terrestrial Physics. 45:353-367.
Singh, R, Cohen MB, Maurya AK, Veenadhari B, Kumar S, Pant P, Said RK, Inan US.  2012.  Very low latitude (L = 1.08) whistlers. Geophysical Research Letters. 39(23)
Marshall, RA, Snively JB.  2014.  Very low frequency subionospheric remote sensing of thunderstorm-driven acoustic waves in the lower ionosphere. Journal of Geophysical Research: Atmospheres. :n/a-n/a.
Marshall, RA, Inan US, Lyons WA.  2007.  Very low frequency sferic bursts, sprites, and their association with lightning activity. Journal of Geophysical Research (Atmospheres). 112:22105.
Park, CG, Carpenter DL.  1978.  Very low frequency radio waves in the magnetosphere, Paper 4 in Upper Atmosphere Research in Antarctica. Upper Atmosphere Research in Antarctica. 29:72-99.
Marshall, RA.  2009.  Very Low Frequency Radio Signatures of Transient Luminous Events above Thunderstorms.
Helliwell, RA, Brice NM.  1964.  Very Low Frequency Emission Periods and Whistler Mode Group Delays. Journal of Geophysical Research. 69:4704-4708.
Park, CG, Meng C-I.  1971.  Vertical Motions of the Midlatitude F2 Layer during Magnetospheric Substorms. Journal of Geophysical Research. 76:8326-8332.
Carlson, C  R, Helliwell RA, Carpenter DL.  1985.  Variable frequency VLF signals in the magnetosphere Associated phenomena and plasma diagnostics. Journal of Geophysical Research. 90:1507-1521.
Mlodnosky, R  F, Garriott O  K.  1963.  The v.l.f. admittance of a dipole in the lower ionosphere. The Ionosphere. :484.