Abbott, T.M.1974: Visible Infrared Spin-Scan Radiometer (VISSR) for a Synchronous Meteorological Spacecraft (SMS). VISSR Final Report, Santa Barbara Research Center, Greenbelt, Maryland, Contract NASS-21139.
2.
Adler, R.F. and Fenn, D.D.1979a: Thunderstorm intensity as determined from satellite data . Journal of Applied Meteorology18, 502-17.
3.
1979b: Thunderstorm vertical velocities estimated from satellite data. Journal of the Atmospheric Sciences36, 1747-54.
4.
Amorocho, J.1975: An application of satellite imagery to hydrologic modelling in the Upper Sinv Revo Basin, Columbia. Presented to the Symposum on the Application of Mathematical Models in Hydrology, Brataslava, 8-13 September, 1975. (9 pp.)
5.
Aspliden, C.I., Tourre, Y., and Sabine, J.B.1976: Some climatological aspects of west African disturbance lines during GATE. MonthlyWeather Review104, 1029-35.
6.
Auvine, B. and Anderson, C.E.1972: The use of cumulonimbus anvil growth data for inferences about the circulation in thunderstorms and severe local storms. Tellus, 24, 300-11.
7.
Baier, W.1977: Information requirements for regional and global operational systems in agricultural meteorology. In Clough, D. J. and Morley, L. W., editors, Earth observation systems for resource management and environmental control , New York and London: Plenum Press, 123-44.
8.
Ball, A.P., Browning, K.A., Collier, C.G., Hibbett, E.R., Menmuir, P., Owens, R.G., Pontin, J., Whyte, K.M., and Wiley, R.L.1979: Thunderstorms developing over northwest Europe as seen by METEOSAT and replayed in real time on a fast-replay colour display. Weather34, 141-47.
9.
Barrett, E.C., 1970: The estimation of monthly rainfall from satellite data. MonthlyWeather Review98, 322-27.
10.
1971: The tropical Far East: ESSA satellite evaluations of high season climatic patterns. Geographical Journal137, 535-55.
11.
1977 : Applications of satellite data in mapping rainfall for the solution of associated problems in regions of sparse conventional observations . In Peel, R. F. Curtis, L. F. and Barrett, E. C. , editors, Remote sensing of the terrestrial environmentLondon: Butterworths, 126-47.
12.
1979 : editor, Satellite remote sensing applications in agroclimatology and agrometeorology. Report of the Joint ESA/FAO/WMO Training Course, Rome, Italy, 2-13 October 1978. (167 pp.)
13.
1980 a: The use of satellite imagery in operational rainfall monitoring in developing countries. In Salomonson, V. V., and Bhavsar, P. D., editors, The contribution of space observations to water resources managementOxford and New York: Pergamon Press, 163-78.
14.
1980 b: Satellite-improved rainfall monitoring by cloud-indexing methods: operational experience in support of desert locust survey and control . In Deutsch, M., editor, Proceedings of the A WRA Symposium Report on Satellite Hydrology , Sioux Falls, S. D., June 1979, 92-100.
15.
1980 c: An operational method for rainfall monitoring in northwest Africa. Consultant's Report to FAO, Rome. (43 pp.)
16.
1981 : Annual report of Working Group 7: Application of Meteosat to Earth Resource Studies. In Proceedings of the Fifth General Assembly, Voss, Norway, 21-22 May 1981. EARSeL, Paris, 75-86.
17.
Barrett, E.C. and Grant, C.K.1977: Analyses of the cloud contents of multispectral imagery from Landsat 2. Final Report, ERTS Follow-on Program, Study 2962A, NASA, Greenbelt, Maryland. (122 pp.)
18.
Barrett, E.C. and Hamilton, M.G.1980: The use of Meteosat data for remote sensing applications. Final Report, Contract E.343/1979, Department of Industry , London. (86 pp.)
19.
Barrett, E.C. and Martin, D.W.1981: The use of satellites in rainfall monitoring. London: Academic Press. (332 pp.)
20.
Bauer, K.G.1976: A comparison of cloud motion winds with coinciding radio-sonde winds. MonthlyWeather Review104, 922-31.
21.
Bellon, A., Lovejoy, S. and Austin, G.L.1980: Combining satellite and radar data for the short-range forecasting of precipitation. MonthlyWeather Review108, 1554-66.
22.
Berlin, P.1981: Meteosat tracks Karman vortex streets in the atmosphere . ESA Bulletin25, 16-19.
23.
Billing, H., Koslowsky, D. and Tonn, W.1980: Computations of cloud movements from satellite data in the IR-channel and in the WV-channel. Report of the Second Meteosat Scientific User Meeting, London, March 1980, pp. H1-H7.
24.
Bizzari, B.1975: The scientific aspects of METEOSAT. ESA Bulletin (October), 52-59.
25.
Bowen, R.A., Fusco, L., Morgan, J. and Röska, K.O.1979: Operational production of cloud-motion vectors (satellite winds) from METEOSAT image data. In Proceedings, Technical Conference on Use of Data from Meteorological Satellites, Lannion, France , European Space Agency/World Meteorological Organization, 65-75.
26.
Bradford, R., Leese, J. and Novak, C.1972: Experimental model for the automated detection, measurement, and quality control of low-level cloud motion vectors from geosynchronous satellite data. In Proceedings, 8th International Symposium on Remote Sensing of Environment, Ann Arbor, University of Michigan, 441-62.
27.
Brimacombe, C.A.1981: Atlas of Meteosat imagery. European Space Agency, ESA SP-1030. (495 pp.)
28.
Brinckmann, E., von Willert, D.J. and Thomas, D.1979: Application of Meteosat images for ecological studies on desert plants. Report on the First Meteosat Scientific User Meeting, Darmstadt, June 1979, pp. M1-M9.
29.
Bristor, C. L.editor, 1975; Central processing and analysis of geostationary satellite data. NOAA Technical Memorandum, NESS 64, Washington, DC. (155 pp.)
30.
Bristor, C.L. and Pichel, W.1974: 3-D cloud viewing using overlapped pictures from two geostationary satellites. Bulletin of the American Meteorological Society55, 1353-55.
31.
Browning, K.A.1980: Radar as part of an integrated system for measuring and forecasting rain in the UK: progress and plans. Weather35, 94-104.
32.
Burpee, R.W. and Dugdale, G.1975: A summary of weather systems affecting western Africa and eastern Atlantic during GATE. GATE Report no. 16, International Council of Scientific Unions/World Meteorological Organization, Geneva, 2.1-2.42,
33.
Cadet, D. and Desbois, M.1979: Low-level air flow over the western Indian Ocean as seen from Meteosat. Nature278, 538-39.
34.
1980: The burst of the 1978 summer monsoon as seen from METEOSAT . Monthly Weather Review108, 1697-1701.
35.
Cayla, F.R.1979: Evaluation quantitative des mesures de vents Meteosat . In Use of data from meteorological satellites, European Space Agency, ESA SP-143, 101-104.
36.
Chen, E., Allen, L.H., Bartholic, J.F., Bill, R.G. and Sutherland, R.A.1979: Satellite-sensed winter nocturnal temperature patterns of the Everglades agricultural area. Journal of Applied Meteorology18, 992-1002.
37.
Cochran, D.R. and Pyle, R.L.1978: Volcanology via satellite. MonthlyWeather Review106, 1373-75.
38.
Davis, N.E.1980a: METEOSAT looks at the general circulation: I General remarks. Weather35, 64-68.
39.
1980b: METEOSAT looks at the general circulation: II Hurricane formation near the Cape Verde Islands. Weather35, 134-40.
40.
Desbois, M. and Cadet, C.1980: Air flow over the Indian Ocean as seen from GOES Indian Ocean. In Results of Summer MONEX field phase research (Part A). World Meteorological Organization, First GARP Global Experiment Operations Report Series 9, 3-6.
41.
Desbois, M. and Roulleau, M.1979: First results and studies under way in LMD. Report on the First Meteosat Scientific User Meeting, Darmstadt , June 1979, pp. G1-G6.
42.
Deutscher Wetterdienst1979: European Meteorological Bulletin. ISSN 0341-2970, 8 pp. (Issued daily).
43.
Dismachek, D. C. editor, 1977: National Environmental Satellite Service Catalog of Products. NOAA Technical Memorandum NESS 88, Washington, DC. (102 pp.)
44.
Dismachek, D.C., Booth, A.L. and Leese, J.A.1980: National Environmental Satellite Service Catalog of Products, third edition. NOAA Technical Memorandum NESS 109, Washington, DC. (120 pp).
45.
Downey, W.K.Tsuchita, T. and Noar, P.F.1979: A case study of the northwest Australian cloud band (NAC) during Special Observing Period II of the First GARP Global Experiment . Paper presented at Australia-New Zealand GARP Symposium, Melbourne.
46.
Eddy, A. and Membree, L.1979: Space-time sampling of synchronous Meteorological satellite data required to define corrective storms. Journal of the Meteorological Society of Japan57, 199-202.
47.
Eigenwillig, N. and Fischer, H.1980: Determination of wind vectors from Meteosat water vapour channel data. Report of Second Meteosat Scientific User Meeting, London, March 1980, pp. G1-G5.
48.
Endlich, R.M. and Wolf, D.E.1980: Application of an automatic cloud tracking technique to Meteosat observations. Abstract from final report on contract NASS-25027, Application of the SRI cloud tracking technique to rapid-scan GOES observations, P.1.
49.
Erickson, C.O.1979: Objective use of satellite data to forecast changes in intensity of tropical disturbances. NOAA Technical Memorandum NESS 103, Washington, DC (41 pp.)
50.
Ernst, J.A.1975: A different perspective reveals air pollutions. Weatherwise28, 115-16.
51.
European Space Agency1978: METEOSAT Meteorological Users' Guide; Issue 1 (page updates). Meteorological Information Extraction Centre, METEOSAT Data Management Department, European Space Operations Centre, Darmstadt, Reference MDMD 03.
52.
1979: The status of the METEOSAT system. METEOSAT Journal8, December. (4 pp.)
53.
1981 a: Satellite meteorology of the Mediterranean. Proceedings of the International School of Meteorology of the Mediterranean, Erice, Italy, 12-22 November 1980, ESA SP-159. (314 pp.)
54.
1981 b: Nowcasting: mesoscale observations and short-range prediction . Proceedings of an international IAMAP Symposium , 25-28 August, 1981, Hamburg, Germany, ESA SP-165. (415 pp.)
55.
Eyre, J.R.1980: Calibration and some exploratory uses of Meteosat water vapour channel imagery. Report of Second Meteosat Scientific User Meeting, London, March 1980, pp. A1-A14.
56.
Feddes, R. et al. 1978: Estimation of the regional evapotranspiration from remotely sensed crop surface temperatures. Contract Report, JRCIspra. (85 pp.)
57.
Follansbee, W.A.1973: Estimation of average daily rainfall from satellite cloud photographs. NOAA Technical Memorandum, NESS 44, Washington, DC (39 pp.)
58.
1976 : Estimation of daily precipitation over China and the USSR using satellite imagery. NOAA Technical Memorandum, NESS 81, Washington, DC. (30 pp.)
59.
Follansbee, W.A. and Oliver, V.J.1975: A comparison of infrared imagery and video pictures in the estimation of daily rainfall from satellite data. NOAA Technical Memorandum, NESS 62, Washington, DC. (14 pp.)
60.
Folving, S. and Rasmussen, R.O.1980: Monitoring natural conditions exemplified by dust storms and vegetational fluctuations in northern Africa. Report of Second Meteosat Scientific User Meeting, London , March 1980, pp. 01-018.
61.
Fortune, M.1980: Properties of African squall lines inferred from time-lapse satellite imagery. Monthly Weather Review108, 153-68.
62.
Fourcy, C.H.1980: The water vapour channel of Meteosat and its dark zones . Report of Second Meteosat Scientific User Meeting , London, March 1980, pp. C1-C12.
63.
Fraedrich, K., Ruprecht, E. and Trunte, U.1976: Determination of the cirrus outflow divergence as seen by satellite. Journal of Applied Meteorology15, 1312-16.
64.
Frank, W.M.1978: The life-cycle of GATE convective systems. Journal of the AtmosphericSciences35, 1256-64.
65.
Fraysse, G.1979: Agroclimatological methods involving remote sensing techniques . In Barrett, E. C., editor, Satellite remote sensing applications in agroclimatology and agrometeorology , ESA SP-1020, 94-115.
66.
Fritsch and Maddox1981: Convectively-driven mesoscale weather systems aloft. 1: Observations. Journal of Applied Meteorology20, 9-15.
67.
Fujita, T.T.Pearl, E.W. and Shenk, W.E.1975: Satellite-tracked cumulus velocities. Journal of Applied Meteorology14, 407-13.
68.
Fujita, T.T.Watanabe, K. and Izawa, T.1969: Formation and structure of equatorial anticyclones caused by large-scale cross-equatorial flows determined by ATS-1 photographs. Journal of Applied Meteorology8, 649-67.
69.
Fusco, L., Lunnon, R., Mason, B. and Tomassini, C.1980: Operational production of sea-surface temperatures from METEOSAT image data. ESA Bulletin21, 38-43.
70.
Gaby, D.C. and Poteat, K.O.1973: ATS-3 satellite-derived low-level winds: a provisional climatology. Journal of Applied Meteorology12, 1054-61.
71.
Giddings, L.E.1976: Extension of surface data by use of meteorological satellites . Technical Memorandum, LEC-8377, Lockheed Corporation , Houston, Texas, 32 pp.
72.
Gray, T.I. and Clapp, P.F.1978: An interaction between low- and high- latitude cloud bands as recorded on GOES-1 imagery. Bulletin of theAmerican Meteorological Society, 59: 808-809.
73.
Griffith, C.G., Augustine, J.A. and Woodley, J.W.1981: Satellite rain estimation in the US High Plains, Journal of Applied Meteorology20, 53-66.
74.
Griffith, C.G., Woodley, W.L., Browner, S., Teijeiro, J., Maier, M., Martin, D.W., Stout, J. and Sikdar, D.N.1976: Rainfall estimation from geosynchronous satellite imagery during daylight hours. NOAA Technical Report ERL 356-WMPO 7, Boulder, Colorado (106 pp.)
75.
Griffith, C.G.Woodley, W.L., Grube, P.G., Martin, D.W., Stout, J. and Sikdar, D.N.1978: Rain estimation from geosynchronous satellite imagery - visible and infrared studies. Monthly Weather Review106, 1153-71.
76.
Grosh, R.C.Weinmann, J.A. and Van Scherperzeel, C.W.1973: Cloud photographs from satellites as a hydrological tool in remote equatorial regions. Journal of Hydrology18, 147-61.
77.
Gruber, A.1976: An estimate of the daily variation of cloudiness over the GATE A/B area. MonthlyWeather Review104, 1036-39.
78.
Gruber, A., Herman, L. and Krueger, A.F.1971: The use of satellite cloud motions for estimating the circulation over the tropics. Monthly Weather Review99, 739-43.
79.
Gube, M.1980: Radiation balance programme at ESOC. Report of Second Meteosat Scientific User Meeting, London , March 1980, pp. M1-M7.
80.
Gurka, J.J.1976: Satellite and surface observations of strong wind zones accompanying thunderstorms. MonthlyWeather Review104, 1484-93.
81.
1978: The role of inward mixing in the dissipation of fog and stratus. Monthly Weather Review106, 1633-35.
82.
1979 : Warm nocturnal land temperatures due to vertical mixing. Satellite Applications Information Note 79/3, National Environmental Satellite Service, Washington, DC (5 pp.)
83.
Gurka, J.J. and Anderson, R.K.1976: The use of the MB IR enhancement curve to monitor the onset of frost conditions in the western states. Satellite Applications Information Note 76/25, National Environmental Satellite Service , Washington, DC. (5 pp.)
84.
Hales, J.E.1979: A subjective assessment of model initial conditions using satellite imagery. Bulletin of theAmerican Meteorological Society60, 206-11.
85.
Hamilton, M.G. and Tarifa, J.R.1978: Synoptic aspects of a polar outbreak leading to frost in tropical Brazil, July 1972. Monthly Weather Review106, 1545-56.
86.
Hardy, J.R.1980: Survey of methods for the determination of soil moisture content by remote sensing methods. In Fraysse, G., editor, Remote sensing application in agriculture and hydrologyRotterdam: Balkema, 130-42.
87.
Hasler, A.F.1981: Stereographic observations from geosynchronous satellites: an important new tool for the atmospheric sciences. Bulletin of theAmerican Meteorological Society62, 194-212.
88.
Hasler, A.F., Shenk, W. and Skillman, W.1976: Wind estimates from cloud motions: phase 1 of an in situ aircraft verification experiment. Journal of Applied Meteorology15, 10-15.
89.
Hechler, M. and van der Ha, J.C.1980: The probability of collisions on the geostationary ring. ESA Journal4, 2
90.
Hillger, D.W. and Vonder Haar, T.H.1977: Deriving mesoscale temperature and moisture fields from satellite radiance measurements over the United States . Journal of Applied Meteorology16, 715-26.
91.
Holland, G.J. and Keenan, T.D.1980: Diurnal variations of convection over the 'maritime continent' . Monthly Weather Review (in press).
92.
Houghton, D.D. and Suomi, V.E.1978: Information content of satellite images. Bulletin of theAmerican Meteorological Society59, 1614-17.
93.
Howard, J.A., Barrett, E.C. and Hielkema, J.U.1979: The application of satellite remote sensing to monitoring of agricultural disasters. Disasters2(4), 231-40.
94.
Hubert, L.F.1976: The relation between cloud pattern motion and wind shear. MonthlyWeather Review104, 1167-71.
1979 : Wind derivation from geostationary satellites. World Meteorological Oranization Technical Note 166, 33-59.
97.
Hubert, L.F. and Timchalk, A.1972: Convective clouds as tracers of air motion. NOAA Technical Memorandum NESS 40, Washington, DC. (12 pp.)
98.
Hubert, L.F. and Whitney, L.F.1971: Wind estimation from geostationary satellite pictures. MonthlyWeather Review99, 665-72.
99.
Hung, R.J., Phan, T., Lin, D.C., Smith, R.E., Jayroe, R.R. and West, G.S.1980. Gravity waves and GOES IR data study on an isolated tornadic storm on 29 May 1977. Monthly Weather Review108, 456-64.
100.
Hunt, G.E.1980: The UCL image processing facilities for climatological studies using Meteosat. Report of Second Meteosat Scientific User Meeting, London, March 1980, pp. T1-T4.
101.
Hunt, G.E., Saunders, R.W., Rumball, D.A. and Marriage, N.1981: Some quantitative meteorological measurements from geostationary satellites. Weather3696-103.
102.
Hussey, W.J. and Heacock, E.L.1978: The economic benefits of environmental satellites. National Environmental Satellite Service, Washington, DC. (36 pp.)
103.
Ingraham, D. and Amorocho, J.1977: Preliminary rainfall estimates in Venezuela and Columbia from GOES satellite images. In Preprint volume, Second Conference in Hydrometeorology, Toronto, 25-27 August, American Meteorological Society, Boston, Massachusetts, 316-23.
104.
Johnson, G.L. and Suchman, D.1980: Intercomparisons of SMS wind sets: a study using rapid-scan imagery. MonthlyWeather Review108, 1672-88.
105.
Junker, N.W. and Haller, D.J.1980: Estimation of surface pressures from satellite cloud patterns . Mariners Weather Log24, 83-87.
106.
Kahn, A.E.1979: The African dust plume. In Morales, C., editor, The African dust plume, Chichester: Wiley, 95-118.
107.
Keegan, T.J.1978: Variation in ground brightness over northeastern United States as sensed by GOES satellites. Environmental Research Paper 646, AFGL-TR-78-0290, Air Force 'Geophysics Laboratory, Hanscom Air Force Base, Massachusetts, Air Force Systems Command, USAF (20 pp.)
108.
Kirdar, E., Schumann, H.H. and Warskow, W.L.1977: Application of aerial and satellite snow-mapping techniques for multi-purpose reservoir system operations in Arizona. In Proceedings, Western Snow Conference 45th Annual Meeting, Alberquerque, New Mexico, Fort Collins, Colorado State University, 95-101.
109.
Kodaira, N., Kato, K. and Hamada, T.1978: Man-machine interactive processing and extraction of meteorological information from the GMS images. In Proceedings, US-Japan Seminar on Research towards Real-time Parallel Image Analysis and Recognition.
110.
Koepke, P.1979: Meteosat ground truth measurements in the German Bight . Report on the First Meteosat Scientific User Meeting, Darmstadt, 19-20 June, pp. N1-N6.
111.
1980 : Absolute calibration of Meteosat VIS and IR-channel by ground measurements. Report of Second Meteosat Scientific User Meeting, London, March, 1980, pp. E1-E7.
112.
Kriebel, K.T.1980: Calibration of the Meteosat-Vis-channel. Report of Second Meteosat Scientific User Meeting, London, March, pp. D1-D6.
113.
Krueger, A.F. and Winston, J.S.1974: A comparison of the flow over the tropics during two contrasting circulation regimes. Journal of the AtmosphericSciences31,358-70.
114.
Lee, D.H.1979: Level assignment in the assimilation of cloud motion vectors. MonthlyWeather Review107, 1055-73.
115.
Leese, J.A. and Epstein, E.S.1963: Application of two-dimensional spectral analysis to the quantification of satellite cloud photographs. Journal of Applied Meteorology2, 629-44.
116.
Leese, J.A.Novak, C.S. and Clark, B.B.1971: An automated technique for obtaining cloud motion from geosynchronous satellite data using cross correlation. Journal of Applied Meteorology10, 118-32.
117.
Legeckis, R.1975: Application of synchronous meteorological satellite data to the study of the time dependent sea surface temperature changes along the boundary of the Gulf Stream. Geophysical Research Letters2, 435-38.
118.
1977: Long waves in the eastern equatorial Pacific Ocean: a view from a geostationary satellite. Science197, 1179-81.
119.
Lovejoy, S. and Austin, G.L.1979a: The delineation of rain areas from visible and IR satellite data for GATE and mid-latitudes. Atmosphere-Ocean17, 77-92. 1979b: The sources of error in rain amount estimating schemes from GOES visible and IR satellite data. Monthly Weather Review107, 1048-54.
120.
Lutjeharms, J.R.E.1979: Use of Meteosat in southern ocean oceanology and in southern hemisphere meteorology. Report on the First Meteosat Scientific User Meeting, Darmstadt, 19-20 June, pp. 01-015.
121.
Lyons, W.A. and Husar, R.B.1976: SMS/GOES visible images detect a synoptic-scale air pollution episode. Monthly Weather Review104-1623-26.
Maddox, R.A. and Reynolds, D.W.1980: GOES satellite data maps areas of extreme cold in Colorado. MonthlyWeather Review108, 116-18.
124.
Morotz, G.A. and Henry, J.A.1978: Satellite-derived cumulus cloud statistics for western Kansas. Journal of Applied Meteorology17, 1725-36.
125.
Martin, D.W.1975: Identification, tracking and sources of Saharan dust. In GATE Report No. 2, WMO, 217-19.
126.
Martin, D.W. and Sikdar, D.N.1975: A case study of Atlantic cloud clusters: I Morphology and thermodynamic structure. MonthlyWeather Review103, 691-708.
127.
1979: A case study of west Atlantic cloud clusters: 2 Dynamic structure and environment. Monthly Weather Review107, 1343-69.
128.
Martin, D.W. and Suomi, V.E.1972: A satellite study of cloud clusters over the tropical North Atlantic Ocean. Bulletin of theAmerican Meteorological Society53, 135-56.
129.
Maul, G.A., Webb de Witt, P., Yanaway, A. and Barg, S.R.1978: Geostationary satellite observations of Gulf Stream meanders: infrared measurements and time series analysis. Journal of Geophysical Research83, 6123-35.
McGarry, M.M. and Reed, R.J.1978: Diurnal variations in convective activity and precipitation during Phases III and II of GATE. MonthlyWeather Review106, 101-13.
132.
McGinnis, D.F. and Schneider, S.R.1978: Monitoring river ice break-up from space. Photogrammetric Engineering and Remote Sensing44, 57-68.
133.
Minzner, R.A. and Oberholtzer, J.D.1972: Space applications instrumentation systems. NASA Technical Memorandum TM X-2066, National Aeronautics and Space Administration, Washington, DC. (262 pp.)
134.
Minzner, R.A., Shenk, W.E., Teagle, R.D. and Steranka, J.1978: Stereographic cloud heights from imagery of SMS/GOES satellites . Geophysical Research Letters5, 21-24.
135.
Morel, P., Desbois, M. and Szejwach, G.1978: A new insight into the troposphere with water vapour channel of Meteosat. Bulletin of theAmerican Meteorological Society59, 711-14.
136.
Morgan, J.1980: The system of geostationary meteorological satellites during the Global Weather Experiment. ESA Bulletin21, 26-31.
137.
Moser, W., Preuss, H.J., Raschke, E. and Ruprecht, E.1980: Determination of radiation balance parameters using Meteosat image data preliminary studies. Report of Second Meteosat Scientific User Meeting, London, March, pp. K1-K9.
138.
Moses, J.F.1980: Numerical methods for the analysis of satellite rainfall estimates. In Preprint volume, Eighth Conference on Weather Forecasting and Analysis, 10-13 June 1980, Denver, Colorado. Boston, Massachusetts: American Meteorological Society, 101-107.
139.
Muench, H.S. and Hawkins, R.S.1979: Short-range forecasting through extrapolation of satellite imagery patterns. 1 Motion vector techniques. Environmental Research Paper 660, AFGL-TR-79-0096, Air Force Geophysics Laboratory, Hanscom Air Force Base, Massachusetts, Air Force Systems Command, USAF. (21 pp.)
140.
Murakami, M.1979: Large-scale aspects of deep convective activity over the GATE area. MonthlyWeather Review107, 994-1013.
141.
Murayama, N.1978: The use of GMS imageries to local meteorological studies and weather nowcasting. A case of satellite-viewed thick fog in the inland sea. In Proceedings, Symposium on the Use of Satellite Data in Meteorological Research, Tokyo.
142.
Namias, J.1973: Birth of hurricane Agnes — triggered by the transequatorial movement of a mesoscale system into a favorable large-scale environment. MonthlyWeather Review101, 177-79.
143.
Negri, A.J. and Vonder Haar, T.H.1980: Moisture convergence using satellite-derived wind fields: a severe local storm case study. MonthlyWeather Review108, 1170-82.
144.
Norton, C.C., Mosher, F.R. and Hinton, B.1979: An investigation of surface albedo variations during the recent Sahel drought. Journal of Applied Meteorology18, 1252-62.
145.
Park, A.1975: Programme plan for developing the capability of forecasting crop production. Consultant's Report, WS/F8302, FAO, Rome. (39 pp.)
146.
1977 : A crop production alarm system. In Clough, D. J. and Morley, L. W., editors, Earth observation Systems for resource management and environmental control New'York and London: Plenum Press, 331-52.
147.
Park, S-U., Sikdar, D.N. and Suomi, V.E.1974: Correlation between cloud thickness and brightness using Nimbus 4 THIR data (11.5 μm channel) and ATS 3 digital data. Journal of Applied Meteorology13, 402-10.
148.
Parmenter, F.C.1976: A southern hemisphere cold front passage at the equator. Bulletin of theAmerican Meteorological Society57, 1435-40.
149.
1977a: Monitoring air quality from satellites. Monthly Weather Review105, 789-92.
150.
1977b: An overview of oceanic features and air-sea interaction processes as viewed from the NOAA operational satellites. In Preprints of the Conference on Satellite Applications to Marine Technology, New Orleans, American Meteorological Society, 1-8.
151.
Parmenter, F.C. and Anderson, R.K.1977: A satellite overview of inadvertent weather modification . In Preprints, 6th Conference on Inadvertent and Planned Weather Modification, Champaign-Urbana, Illinois, American Meteorological Society, 83-86.
152.
Payne, S.W. and McGarry, M.M.1977: The relationship of satellite inferred convective activity to easterly waves over west Africa and the adjacent ocean during phase III of GATE. MonthlyWeather Review105, 413-20.
153.
Peslen, C.A.1977: A satellite interpretation of the dynamics of a severe local storms area using 5 minute interval SMS data. In Preprints, 10th Conference on Severe Local Storms, Omaha, Nebraska, American Meteorological Society, 1-7.
154.
1980: Short-interval SMS wind vector determinations for a severe local storms area. Monthly Weather Review108, 1407-18.
155.
Poc, M.M., Roulleau, M., Scott, N.A. and Chedin, A.1980: Quantitative studies of Meteosat water-vapor channel data . Journal of Applied Meteorology19, 868-76.
156.
Purdom, J.F.W.1973: Satellite imagery and the mesoscale convective forecast problem. In Preprints, 8th Conference on Severe Local Storms, Denver, Colorado, American Meteorological Society, 244-51.
157.
1976: Some uses of high-resolution GOES imagery in the mesoscale forecasting of convection and its behaviour. Monthly Weather Review104, 1474-83.
158.
Queck, H.1980: Parallel wind vector extractions in the overlapping area of Meteosat and GOES-1. Report of Second Meteosat Scientific User Meeting, London, March, pp. 11-112.
159.
Ramos, R.P.L.1974: Precipitation characteristics in the northeast Brazil dry region. Fort Collins, Colorado: Colorado State University, Department of Atmospheric Science, Paper 224.
160.
Rango, A.A.1980: Remote sensing applications in hydrometeorology. In Salomonson, V. V. and Bhavsdar, P. D., editors, The contribution of space observations to water resources management, Oxford: Pergamon, 59-68.
161.
Reed, R.J.Norquist, D.C. and Recker, E.E.1977: The structure and properties of African wave disturbances as observed during phase III of GATE. Monthly Weather Review105, 317-33.
162.
Reynolds, D.W.1980: Observations of damaging hailstorms from geosynchronous satellite digital data. MonthlyWeather Review108, 337-48.
163.
Reynolds, D.W. and Smith, E.A.1979: Detailed analysis of composited digital radar and satellite data. Bulletin of theAmerican Meteorological Society60, 1024-37.
164.
Reynolds, D.W. VonderHaar, T.H. and Grant, L.O.1978: Meteorological satellites in support of weather modification . Bulletin of the American Meteorological Society59, 269-81.
165.
Reynolds, M.1977: METEOSAT's imaging payload. ESA Bulletin11, 28-33.
166.
Rockwood, A.A. and Cox, S.K.1978: Satellite inferred surface albedo over northwestern Africa. Journal of the AtmosphericSciences35, 513-22.
167.
Rosema, A.A.1975: A mathematical model for the simulation of the thermal behaviour of bare soils, based on heat and moisture transfer. NIWARS Publication 11, Delft, The Netherlands.
168.
1979 : The application of thermal infrared remote sensing data to soil moisture and evaporation determination. In Barrett, E. C., editor, Satellite remote sensing applications in agroclimatology and agrometerology, ESA-SP-1020, 46-59.
169.
Roulleau, M.M., Poc, N., Scott, N.A. and Chedin, A.1979: The response of the Meteosat water vapour channel. Académie des Sciences (Paris), Comptes Rendus, Série B-Sciences Physiques , 289, 325-28.
170.
1980 : Quantitative studies of Meteosat water vapour channel data . Report of Second Meteosat Scientific User Meeting , London, March, pp. B1-B8.
171.
Sauberer, F.H.1959: Pflanze und Strahling. Leipzig: Academische Verlagsgesellschaft Geest U. Portig.
172.
Saunders, R.W.1980: Estimating radiation budget parameters from Meteosat. Report of Second Meteosat Scientific User Meeting, London, March, pp. L1-L14.
173.
Saunders, R.W. and Hunt, G.E.1980: METEOSAT observations of diurnal variation of radiation budget parameters. Nature283-47.
174.
Schneider, S.R. and Forsyth, D.G.1976: Preliminary evaluation of SMS-2 imagery for snow mapping purposes. EOS, Transactions of the American Geophysical Union57, 242.
175.
Schneider, S.R., Wiesnet, D.R. and McMillan, M.G.1976: River basin snow mapping at the national environmental satellite service. NOAA Technical Memorandum NESS 83, Washington, DC. (19 pp.)
176.
Scofield, R.A.1978a: Using satellite imagery to estimate rainfall during the Johnstown rainstorm. In Preprints, Conference on Flash Floods, Hydrometeorological Aspects, Los Angeles, California, American Meteorological Society, 181-89.
177.
1978b: Using satellite imagery to detect and estimate rainfall from flash-flood producing thunderstorms. In Preprints, Conference on Weather Forecasting and Analysis and Aviation Meteorology, Silver Spring, Maryland, American Meteorological Society , 132-41.
178.
Scofield, R.A. and Oliver, V.J.1977a: A scheme for estimating convective rainfall from satellite imagery. NOAA Technical Memorandum NESS 88, Washington, DC. (47 pp.)
179.
1977 b: Using satellite imagery to estimate rainfall from two types of convective systems. In Proceedings of 11th Technical Conference on Hurricanes and Tropical Meteorology, Miami Beach, Florida, American Meteorological Society, 204-11.
180.
1980 : Some improvements to the Scofield/Oliver technique. In Preprint volume, 2nd volume, 2nd Conference on Flash Floods, Atlanta, Georgia, American Meteorological Society, 115-22.
181.
Scofield, R.A. and Weiss, C.E.1976: Application of synchronous meteorological satellite (SMS) products and other data for short-range forecasting in the Chesapeake Bay region. In Preprints, 6th Conference of Weather Forecasting and Analysis, Albany, New York, American Meteorological Society , 67-73.
182.
1977 : A report on the Chesapeake Bay region nowcasting experiment . NOAA Technical Memorandum NESS 94, Washington, DC. (52 pp.)
183.
Shenk, W.E. and Rogers, E.B.1978: Nimbus 3/ATS 3 observations of the evolution of hurricane Camille. Journal of Applied Meteorology17, 458-76.
184.
Sikdar, D.N. and Suomi, V.E.1971: Time variation of tropical energetics as viewed from a geostationary. Journal of the AtmosphericSciences28, 170-80.
185.
1972: On the remote sensing of mesoscale tropical convection intensity from a geostationary satellite. Journal of Applied Meteorology11, 37-43.
186.
Sikdar, D., Suomi, V. and Anderson, C.1970: Convective transport of mass and energy in severe storms over the United States — an estimate from a geostationary altitude. Tellus22, 521-32.
187.
Sikula, G.J. and Vonder Haar, T.H.1973: Very short range local area weather forecasting using measurements from geosynchronous meteorological satellites. Archiv fur Meteorologie Geophysik und Bioklimatologie , Serie A 22, 227-56.
188.
Smith, C.L.1975: On the intensification of hurricane Celia (1970). Monthly Weather Review103, 131-48.
189.
Smith, W.L.Suomi, V.E.Menzel, W.P., Woolf, H.M., Sromovsky, L.A., Revercomb, H.E., Haden, C.M., Erickson, D.N. and Mosher, F.R.1981: First sounding results from VAS-D. Bulletin of the American Meteorological Society62, 232-36.
190.
Speth, P. and Meincke, J.1979: Studies of the kinematics and dynamics of the equatorial oceanic current system. Report of the First Meteosat Scientific User Meeting, Darmstadt, June, p. K6.
191.
Stout, J.E., Martin, D.W. and Sikdar, D.N.1979: Estimating GATE rainfall with geosynchronous satellite images. MonthlyWeather Review107, 585-98.
192.
Suchman, D. and Martin, D.W.1976: Wind sets from SMS images: an assessment of quality for GATE. Journal of Applied Meteorology15, 1265-78.
193.
Suchman, D., Martin, D.W. and Sikdar, D.N.1977: Deep convective mass transport: an estimate from a geostationary satellite. MonthlyWeather Review105, 943-55.
194.
Summers, P.W.1979: Use of satellite information - weather modification programmes - climatology. Report on the First Meteosat Scientific User Meeting, Darmstadt, June, pp. T1-T3.
195.
Suomi, V.E.1975: Man-computer Interactive Data Access System (McIDAS). Final Report, NASA Contract NAS 5-23296, Space Science and Engineering Centre , University of Wisconsin. (255 pp.)
196.
Sutherland, R.A. and Bartholic, J.F.1977: A freeze forecast model based upon meteorological satellite data. In Weather-Climate Modelling for Real-time Applications in Agriculture and Forest Meteorology: Preprints, 13th Agriculture and Forest Meteorology Conference, American Meteorological Society, 45-46.
197.
Szejwach, G. and Desbois, M.1978: Dynamic classification of mesoscale cloud patterns. Journal of Applied Meteorology17, 1406-11.
198.
Tarpley, J.D.1979: Estimating incident solar radiation at the surface from geostationary satellite data. Journal of Applied Meteorology18, 1172-81.
199.
Tarpley, J.D., Schneider, S.R., Bragg, J.E. and Waters, M.P.1978: Satellite data set for solar incoming radiation studies . NOAA Technical Memorandum NESS 96, Washington, DC. (3.6 pp.)
200.
Thompson, O.E. and Miller, J.1976: Hurricane Carmen: August-September 1974 — development of a wave in the ITCZ. Monthly Weather Review104, 656-59.
201.
Trojer, H.1976: Weather classification and plant-weather relationship . Working Paper 11, AGL/INS/72/011, UNDP/FAO, Rome. (85 pp.)
202.
Van Heerden, J.1980: Use of Meteosat in southern hemisphere meteorology and southern ocean oceanology. Report of Second Meteosat Scientific User Meeting, London, March, pp. P1—P23.
203.
Ward, N.R.1980: The application of Meteosat pictures to forecasting mid-latitude cyclogenesis. Report of Second Meteosat Scientific User Meeting, London, March, pp. R1-R32.
204.
Wash, C.H. and Whittaker, T.M.1980: Subsynoptic analysis and forecasting with an interactive computer system. Bulletin of theAmerican Meteorological Society61, 1584-91.
205.
Wassermann, S.E.1977: The availability and use of satellite pictures in recognizing hazardous weather. In Clough, D. J. and Morley, L. W., editors, Earth observation systems for resource management and environmental control, New York and London: Plenum Press, 419-35.
206.
Watanabe, K. and Ueda, F.1978: Diurnal variation of tropical cloud clusters. In Proceedings, Symposium on the Use of Satellite Data in Meteorological Research, Tokyo.
207.
Waters, M.P.1976: Application of geosynchronous meteorological satellite data in fire assessment. Fort Collins, Colorado: United States Forest Service, Rocky Mountain Forest and Range Experimental Station, General Technical Report RM-32, 54-58.
208.
Webster, P.J. and Stephens, C.L.1980: Tropical upper-tropospheric extended clouds: inferences from Winter MONEX. Journal of the AtmosphericSciences37, 1521-41.
209.
Williamson, E.J. and Wilkinson, G.G.1980: Sea surface temperature measurements from Meteosat. Report of Second Meteosat Scientific User Meeting, London, March, pp. J1-J19.
210.
Wolf, D.E., Hall, D.J. and Endlich, R.H.1977: Experiments in automatic cloud tracking using SMS-GOES data. Journal of Applied Meteorology16, 1219-30.
211.
Woodley, W.L. and Sancho, B.1971: A first step towards rainfall estimation from satellite cloud photographs. Weather26, 279-89.
212.
Woodley, W.L.Sancho, B. and Miller, A.H.1972: Rainfall estimation from satellite cloud photographs. NOAA Technical Memorandum, ERL OD-11, Boulder, Colorado . (43 pp.)
213.
Wylie, D.P.1980: An application of a geostationary satellite rain estimation technique to an extratropical area. Journal of Applied Meteorology18, 1640-48.
214.
Young, J.A., Virji, M., Wylie, D.P. and Lo, C.1980: Summer Monsoon windsets from geostationary satellite data. Summer MONEX: 1 May - 31 July 1979. Space Science and Engineering Center, University of Wisconsin. (127 pp.)
215.
Young, M.T., Doolittle, R.C. and Mace, L.M.1972: Operational procedures for estimating wind vectors from geostationary satellite data. NOAA Technical Memorandum NESS 39, Washington, DC. (19 pp.)
216.
Zick, C. and Carus, B.1979: The use of Meteosat data sequences in small and large scale motion analyses and movie production. Report on the First Meteosat Scientific User Meeting. Darmstadt , June, pp. H1—H7.
217.
1980 : Recent examples of Meteosat cloud motion scenes. Report of Second Meteosat Scientific User Meeting, London, March, pp. Q1—Q2.
218.
Zisper, E.J. and Gautier, C.1978: Mesoscale events within a GATE tropical depression. MonthlyWeather Review106, 789-805.
219.
Zwatz-Meise, V. and Hailzl, G.1980: Interpretation of so-called shear bands in satellite imagery . Archiv für Meteorologie, Geophysik und Bioklimatolog28B,299-315.
220.
Zwatz-Meise, Z., Hailzl, G. and Zimmermann, K.1980: Technical aspects and synoptic applications. Report of Second Meteosat Scientific User Meeting, London, March, pp. S1-S11.