Abstract
Through the use of radar for precipitation detection the science of meteorology has acquired an entirely new and unique method of weather observation [14]. As a result of this use the meteorologist has been presented with graphic, dynamic, and up-to-the-second depictions of precipitation formations of all types, and these in several dimensions. Techniques for analysis of radar precipitation echo signals have not yet been completely developed, and for this reason radar is presently of minor (but rapidly increasing) meteorological importance. It appears to have vast potentialities both in the fields of physical meteorological research and weather observation and forecasting, as well as other closely allied activities.
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References
American Airlines System. Flight Test Rep. No. 64. New York, 1949.
Army Air Forces, Headquarters. AAF Manual 101-66-1. Washington, D. C., 1945.
Army Air Forces, Headquarters. Radar Weather Reconnaissance. AAF Manual 105-101-1. Washington, D. C., May 1945.
Army Air Forces, Headquarters. Radar Storm Detection. AAF Manual 105-101-2. Washington, D. C., 1945.
Atlas, D., Preliminary Report on New Techniques in Quantitative Radar Analysis of Thunderstorms. Rep. AWNW-7-4, Pt. I, Dayton, Air Materiel Command, 1947.
Austin, P. M., A Group of Graphs Showing Estimated Radar Return from Precipitation. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 6, 1948.
Austin, P. M., On the Probability of Detecting Bases and Tops of Clouds by Radar at K-Band or at Shorter Wave Lengths. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 2, Oct. 1, 1947.
Austin, P. M.,Note on Comparison of Ranges of Radio Set SCR 615B and Radar Set AN/TPS-10A for Storm Detection. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 5, 1947.
Austin, P. M., “Measurement of Approximate Rain Drop Size by Microwave Attenuation.” J. Meteor., 4: 121–124 (1947).
Austin, P. M., and Bemis, A. C., “A Quantitative Study of the ‘Bright Band’ in Radar Precipitation Echoes.” J. Meteor., 7: 145–151 (1950).
Ayer, R. W., White, F. C., and Armstrong, L. W., The Development of an Airborne Radar Method of Avoiding Severe Turbulence and Heavy Precipitation in the Precipitation Areas of Thunderstorms and Squall Lines. New York, American Airlines System, 1949.
Bemis, A. C., “Weather Radar Research at M.I.T.” Bull. Amer. meteor. Soc., 28: 115–117 (1947).
Bent, A. E., Echoes from Tropical Rain on X-Band Radar. Rep. 728, Cambridge, M.I.T. Radiation Lab., 1945.
Bent, A. E., “Radar Detection of Precipitation.” J. Meteor., 3: 78–84 (1946).
Bent, A. E., Climate in Relation to Microwave Radar Propagation in Panama. Rep. 476, Cambridge, M.I.T. Radiation Lab., 1944.
Bent, A. E., Radar Echoes from Precipitation Layers. Rep. 689, Cambridge, M.I.T. Radiation Lab., 1945.
Brooks, H. R., “A Summary of Some Radar Thunder storm Observations.” Bull. Amer. meteor. Soc., 27: 557–563 (1946).
Burrows, C. R. (chairman) and Attwood, S. S. (editor), Radio Wave Propagation. New York, Academic Press, 1949. (Consolidated Summary Tech. Rep. of Comm. on Propagation of the Nat. Res. Comm.)
Byers, H. R., and Coons, R. D., “The Bright Band in Radar Cloud Echoes and Its Probable Explanation.” Meteor., 4: 75–81 (1947).
Byers, H. R., and Collaborators, “The Use of Radar in Determining the Amount of Rain Falling over a Small Area.” Trans. Amer. geophys. Un., 29: 187–196 (1948).
Byers, H. R., and Battan, L. J., “Some Effects of Vertical Wind Shear on Thunderstorm Structure.” Bull. Amer. meteor. Soc., 30: 168–175 (1949).
Canadian Army Operational Research Group, Investigations of the “Bright Band” Discussed in CAORG Report No. 30. Rep. No. 42, Nov. 16, 1945.
Crawford, A. B., “Radar Reflections in the Lower At mosphere.” Proc. Inst. Radio Engrs., 37: 404–405 (1949).
Cunningham, R. M., “A Different Explanation of the ‘Bright Line.’”J. Meteor., 4: 163 (1947).
Cunningham, R. M., and Miller, R. W., Five Weather Flights: Measure ments and Analysis. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 7, 1948.
Eon, L. G., and Tibbles, L. G., Investigations of the “Bright Band.” Rep. No. 30, Canadian Army Operational Research Group, 1945.
Friend, A. W., “Theory and Practice of Tropospheric Sounding by Radar.” Proc. Inst. Radio Engrs., N. Y., 37: 116–138 (1949).
Gould, W. B., Cloud Detection by Radar. Paper presented at Joint Meeting of Amer. Geophys. Un. and Amer. Meteor. Soc., Washington, D. C., April 20, 1949.
Hare, F. K., Movement of Precipitation Areas. Rep. No. 48, Canadian Army Operational Research Group, 1947.
Hilst, G. R., Analysis of the Audio-Frequency Fluctua tions in Radar Storm Echoes: A Key to the Relative Velocities of the Precipitation Particles. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 9A, 1949.
Hilst, G. R., and Macdowell, G. P., “Radar Measurements of the Initial Growth of Thunderstorm Precipitation Cells.” Bull. Amer. meteor. Soc., 31: 95–99 (1950).
Hooper, J. E. N., and Kippax, A. A., “Radar Echoes from Meteorological Precipitation.” Proc. Instn. elect. Engrs., Pt. 1, 97: 89–95 (1950).
Hooper, J. E. N., and Jones, F. E., Interim Report: Measurements of Radar Echo Intensities from Rain and Snow. Rep. No. T 2082, London Telecommunications Research Establishment, 1947.
Jones, F. E., “Radar as an Aid to the Study of the Atmosphere.” J. R. aero. Soc., 53: 437–448 (1949).
Kirkman, R. A., and Lebedda, J. M., “Meteorological Radio Direction Finding for Measurement of Upper Winds.” J. Meteor., 5: 28–37 (1948).
Langille, R. C., Gunn,K. L. S., and Palmer, W. McK., Quantitative Analysis of Vertical Structure in Precipitation. Ottawa, Defense Research Board, 1948.
Latour, M. H., and Bunting, D. C., “Radar Observation of Florida Hurricane, August 26–27, 1949.” Gainesville, Univ. of Florida, College of Engineering, Bull. Ser., Vol. 3, No. 8 (1949).
Laws, J. O., and Parsons, D. A., “The Relation of Rain drop-Size to Intensity.” Trans. Amer. geophys. Un., 24: 452–459 (1943).
Ligda, M. G. H., “Lightning Detection by Radar.” Bull. Amer, meteor. Soc., 31: 279–283 (1950).
Ligda, M. G. H., Radar Scope Photography. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 4, 1947.
Macdowell, G. P., A Study of the Slopes of Radar Precipitation Echoes. Unpublished Thesis, M.I.T. Dept. of Meteor., Cambridge, Mass., 1948.
Marshall, J. S., Langille, R. C., and Palmer, W. McK., “Measurement of Rainfall by Radar.” J. Meteor., 4: 186–192 (1947).
Mather, J. R., “An Investigation of the Dimensions of Precipitation Echoes by Radar.” Bull. Amer. meteor. Soc., 30: 271–277 (1949).
Maynard, R. H., “Radar and Weather.” J. Meteor., 2: 214–226 (1945).
Mie, G., “Beitrage zur Optik truber Medien.” Ann. Physik, 25: 377–445 (1908).
Miller, R. W., “The Use of Airborne Navigational and Bombing Radars for Weather Radar Operations and Verifications,” Bull. Amer. meteor. Soc., 28: 19–28 (1947).
Perrie, D. W., “The Rain Required for a Radar Echo.” Bull. Amer. meteor. Soc., 30: 278–281 (1949).
Rayleigh, Lord, “On the Light from the Sky, Its Polarization and Colour.” Phil. Mag., 41: 107–120, 274–279 (1871).
Ridenour, L. N., Radar System Engineering. New York, McGraw, 1947.
Ryde, J. W., Echo Intensities and Attenuation Due to Clouds, Rain, Hail, Sand and Dust Storms. Rep. No. 7831, Wembley (Eng.), General Electric Co., 1941.
Ryde, J. W., “The Attenuation of Centimetre Radio Waves and Echo Intensities Resulting from Atmospheric Phenomena.” J. Instn. elect. Engrs., 93 (3A): 101–103 (1946).
Ryde, J. W., “The Attenuation and Radar Echoes Produced at Centimetre Wavelengths by Various Meteorological Phenomena” in Factors in Microwave Propagation. Royal Phys. Soc., Report of Conference, 1946. (See pp. 169–188)
Siegert, A. J. F., On the Appearance of the uA-Scope When the Pulse Travels Through a Homogeneous Distribution of Scatterers. Rep. 466, Cambridge, M.I.T. Radiation Lab., 1943.
Smith, E. D., and Fletcher, R. D., “A Summary of the Uses of Radar in Meteorology.” Trans. Amer. geophys. Un., 28: 713–714 (1947).
Spilhaus, A. F., “Drop Size, Intensity, and Radar Echo of Rain.” J. Meteor., 5: 161–164 (1948).
Stout, G. E., and Huff, F. A., Radar and Rainfall. Urbana, Illinois State Water Survey Div., 1949.
U. S. Navy, A Note on the Double Eye Phenomenon as Observed During the Hurricane, 11–20 September, 1947. NAVAER 50-IR-207, Washington, D. C., Aerology, Flight Section, C.N.O., 1947.
U. S. Navy, Report of Hurricane at Key West 18–21 September, 1948. NAVAER 50–45T-11, Washington, D. C., Aerology, Flight Section, C.N.O., 1948.
U. S. Weather Bureau, Manual of Radar Meteorological Observations. Washington, D. C., Aug. 1, 1949.
U. S. Weather Bureau, A Report on Thunderstorm Conditions Affecting Flight Operations. Washington, D. C., Thunderstorm Project, Tech. Paper No. 7, 1948.
U. S. Weather Bureau, Operation and Activity of the Thunderstorm Project to September 20, 1946. Chicago, 111., Thunderstorm Project, Rep. No. 1, Nov. 1946.
U. S. Weather Bureau, The Thunderstorm. Washington, D. C., U. S. Govt. Printing Office, 1949.
Van Vleck, J. H., “Absorption of Microwaves by Uncon-densed Water Vapor.” Phys. Rev., 71: 425–433 (1947).
Van Vleck, J. H., “Absorption of Microwaves by Oxygen.” Phys. Rev., 71: 413–424 (1947).
Weather Radar Research, First Technical Report under Signal Corps Contract. Cambridge, M.I.T. Weather Radar Research, 1946.
Wexler, H., “Structure of Hurricanes as Determined by Radar.” Ann. N. Y. Acad. Sci., 48: 821–844 (1947).
Wexler, R., “Radar Detection of a Frontal Storm, 18 June, 1946.” J. Meteor., 4: 38–44 (1947).
Wexler, R., Optimum Wavelength for Storm Detection Through Rain. Belmar, N. J., Evans Signal Laboratory, 1946.
Wexler, R., and Swingle, D. M., “Radar Storm Detection.” Bull. Amer. meteor. Soc., 28: 159–167 (1947).
Williams, E. L., The Pulse Integrator, Part A: Descrip tion of the Instrument and Its Circuitry. Cambridge, M.I.T. Weather Radar Research Tech. Rep. No. 8A, 1950.
Zurcher, L. A., Storm Detection Radar. Belmar, N. J., Evans Signal Laboratory, 1949.
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Ligda, M.G.H. (1951). Radar Storm Observation. In: Malone, T.F. (eds) Compendium of Meteorology. American Meteorological Society, Boston, MA. https://doi.org/10.1007/978-1-940033-70-9_103
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