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Worthington R. M.: Type 1 and 2 mountain waves observed by MST radar and AVHRR

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Worthington R. M.: Boundary-layer effects on mountain waves: a new look at some historical studies

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Browning K. A. and Wang C.-G.: Cloud-top striations above ana-cold frontal circulations

Pavelin E. and Whiteway J. A.: Gravity wave interactions around the jet stream

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Worthington R. M.: An explanation for some fallstreak clouds

Worthington R. M.: Mountain waves launched by convective activity within the boundary layer above mountains

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Worthington R. M.: Asymmetry of atmospheric microstructure over synoptic scales

Worthington R. M.: Alignment of mountain lee waves viewed using NOAA AVHRR imagery, MST radar, and SAR

Worthington R. M., Muschinski A., and Balsley B. B.: Bias in mean vertical wind measured by VHF radars: Significance of radar location relative to mountains

Vaughan G. and Worthington R. M.: Effects of humidity and precipitation on VHF radar vertical beam echoes

Vaughan G. and Worthington R. M.: Breakup of a stratospheric streamer observed by MST radar

Worthington R. M., Palmer R. D., Fukao S., et al.: Rapid variations in echo power maps of VHF radar backscatter from the lower atmosphere

Thomas L.: Applications of the NERC MST radar facility in mesoscale studies

Thomas L., Worthington R. M., and McDonald A. J.: Inertia-gravity waves in the troposphere and stratosphere associated with a jet stream exit region

Worthington R. M.: Alignment of mountain wave patterns above Wales: a VHF radar study during 1990-1998

Worthington R. M.: Calculating the azimuth of mountain waves using the effect of tilted fine-scale stable layers on VHF radar echoes

Worthington R. M., Palmer R. D., and Fukao S.: Complete maps of the aspect sensitivity of VHF atmospheric radar echoes

Worthington R. M., Palmer R. D., and Fukao S.: An investigation of tilted aspect-sensitive scatterers in the lower atmosphere using the MU and Aberystwyth VHF radars

Browning K. A., Jerrett D., Nash J., et al.: Cold frontal structure derived from radar wind profiles

Browning K. A., Vaughan G., and Panagi P.: Analysis of an ex-tropical cyclone after re-intensifying as a warm core extra-tropical cyclone

Hooper D. A. and Thomas L.: Complementary criteria for identifying regions of intense atmospheric turbulence using lower VHF radar

McDonald A. J., Thomas L., and Wareing D. P.: Night to night changes in the characteristics of gravity waves at stratospheric and lower mesospheric heights

Pepler S. J., Vaughan G., and Hooper D. A.: Detection of turbulence around jet streams using a VHF radar

Worthington R. M.: Tropopausal turbulence caused by the breaking of mountain waves

Worthington R. M. and Thomas L.: The frequency spectrum of mountain waves

Astin I.: Confidence interval estimation for VHF Doppler radar measurements of wind velocities

Hooper D. A. and Thomas L.: The small-scale structure of VHF mesospheric summer echo layers observed at mid-latitudes

Thomas L., Astin I., and Worthington R. M.: A statistical study of underestimates of wind speeds by VHF radar

Worthington R. M. and Thomas L.: Impact of the tropopause on upward propagation of mountain waves

Worthington R. M. and Thomas L.: Long period unstable gravity waves and associated VHF radar echoes

Thomas L., Marsh A. K. P., Wareing D. P., et al.: VHF echoes from the midlatitude mesosphere and the thermal structure observed by lidar

Worthington R. M. and Thomas L.: The measurement of gravity wave momentum flux in the lower atmosphere using VHF radar

Worthington R. M. and Thomas L.: Radar measurements of critical-layer absorption in mountain waves

Hooper D. and Thomas L.: Aspect sensitivity of VHF scatterers in the troposphere and stratosphere from comparisons of powers in off-vertical beams

Muller H. G., Havill R. L., Comley V. E., et al: A study of meteor radar winds from two locations in the British Isles

Prichard I. T., Thomas L., and Worthington R. M.: The characteristics of mountain waves observed by radar near the west coast of Wales

Vaughan G., Howells A., and Price J. D.: Use of MST radars to probe the mesoscale structure of the tropopause

Mitchell N. J., Thomas L., and Prichard I. T.: Gravity waves in the stratosphere and troposphere observed by lidar and MST radar

Reid S. J., Vaughan G., Mitchell N. J., et al.: Distribution of ozone laminae during EASOE and the possible influence of inertia-gravity waves

Thomas L. and Astin I.: The form of metre-scale turbulence at mesopause heights in summer

Mitchell N. J., Thomas L., and Prichard I. T.: Gravity waves in the stratosphere and troposphere observed by lidar and MST radar

Reid S. J., Vaughan G., Mitchell N. J., et al.: Distribution of ozone laminae during EASOE and the possible influence of inertia-gravity waves

Thomas L. and Astin I.: The form of metre-scale turbulence at mesopause heights in summer

Thomas L., Astin I., and Prichard I. T.: The characteristics of VHF echoes from the summer mesopause region at mid-latitudes