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Hoidale, G. H.; Smith, S. M. (2011)
Publisher: Co-Action Publishing
Journal: Tellus A
Languages: English
Types: Article
Subjects:
An investigation of the mineral constituency of the dust component of the atmospheric aerosol over south-central New Mexico, U.S.A., was conducted from November 1964 to August 1965. The 81 atmospheric dust samples, taken near the surface during this period, were analyzed by dispersion staining microscopy to determine the concentrations of quartz, kaolinite, illite, gypsum, and the carbonate family within the “giant partiele” range. These data reveal that high gypsum concentrations are rare despite proximity to one of the world's largest exposed surface deposits of gypsum, that kaolinite and illite concentrations rise with cold frontal passage from the east if the suspected source region is not snow-covered or water-soaked, and that there exist seasonal variations in concentrations. Geometric mean particle concentrations for the 81 samples were: quartz, eight per cent; kaolinite, eight per cent; illite, five per cent; gypsum, three per cent; and carbonates, ten per cent. Comments are made relative to the possible influence of oceanic and extraterrestrial particles on the observed concentrations.DOI: 10.1111/j.2153-3490.1968.tb00367.x
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    • Bradley, W. F. & Grim, R. E. 1961. Mica clay minerals. The X-ray Iakntificatwn and Crystal Structures of Clay Minerak, London, Mineralogical Society, pp. 208-241.
    • Bulinskaya, N. A. & Zhavoronkina, T. K. 1958. On the occurrence of salts in the atmosphere. Izo. Alcad. Nauk S.S.S.R., Ser. Ueofiz., pp. 1006-1014.
    • Byers, H. R., Sievers, J. R. & Tufts, B. J. 1957. Distribution in the atmosphere of certain particles capable of serving as condensation nuclei. Artificial Stimulation of Rain, London, Pergamon Press, pp. 47-70.
    • Crossmon, G. C. 1949. Dispersion staining with phase contrast microscope accessories. The microscopic determination of quartz. Science 110, 237- 238.
    • Crozier, W. D., Seely, B. K. & Wheeler, L. B. 1952. Correlation of chloride particle abundance with the synoptic situation on a cross-country flight. Bull. A m . Meteorol. SOC.33, 95-100.
    • Dennis, W. L. 1961. The effect of solid atmospheric pollutants upon the transmission of a collimated beam of infra-red radiation. Int. J. Air Water Poll. 5 , 34-45.
    • Elser, H. L. 1959. A desert dust storm strikes El Paso, Texas. Weatheruhe 12, 114-116.
    • Fournier d'Albe, E. M. 1957. Some observations of the geographical distribution of giant hygroscopic nuclei. Artificial Stimulation of Rain, London, Pergamon Press, pp. 73-79.
    • Junge, C. E. 1957. Some facts about meteoritic dust. Artificial Stimulation of Rain, London, Pergamon Press, pp. 24-30.
    • Junge, C. E. & Gustafson, P. E. 1957. On the distribution of sea salt over the United States and its removal by precipitation. Tellua 9, 164-173.
    • Lamberth, R. L., Reynolds, R. D. & Wurtele, M. G. 1965. Mountain lee waves at White Sands Missile , Range. Bull. A m . Meteorol. SOC.46, 634-636.
    • Mason, B. 1962. Meteorites pp. 24, 53-69. John Wiley and Sons, Inc., New York and London.
    • Pettersson, H. 1960. The accretion of cosmic matter to the Earth. Endeavour 19, 142-146.
    • Reiten, C. H. & Braham, R. R. Jr. 1954. Observations of salt nuclei over the midwestern United States. J. Meteorol. 11, 503-506.
    • Schmidt, K. G. 1955. Die Phasenkontrastmikroskopie in der Staubtechnik. Staub 41, 438-468.
    • Schmidt, K. G. 1956. Neue Messungen zum Phasenkontrastverfahren. Staub 43, 47-49.
    • Sekhon, R. S. & Ramana Murty, Bh. V. 1965. Studies on atmospheric particulate matter at Delhi. Indian J. Meteorol. Geophya. 16, 201-212.
    • Twomey, S. 1955. The distribution of sea-salt nuclei in air over land. J. Meteorol. 12, 81-86.
    • Warn, G. F. 1952. Some dust storm conditions of the southern high plains. Bull. A m . Meteorol. SOC3.3, 240-243.
    • Washburn, E. W., ed., 1930. International Critical Tables, vol. 7. McGraw-Hill Book Co., New York, 507 pp.
    • Winchell, A. N. 1951. Element8 of Optical Mineralogy. A n Introduction to Microscopic Petrography. Pt. 11. Descriptions of Minerals. John Wiley and Sons, Inc., New York and London, 551 pp.
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