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ATMOSPHERIC TIDES AND OSCILLATIONS 
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— The Earth’s Magnetism. London, Methuen, 1936, 
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—— and Harpman, M., ‘“‘The Lunar Atmospheric Tide at 
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— “The Lunar Atmospheric Tide at Ocean Island.” 
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—— and Miter, J. C. P., ‘‘The Lunar Atmospheric Tide 
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CHAPMAN, S., and Mintimer, J. C. P., “The Statistical 
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CHAPMAN, S., Pramanik, S. K., and Toppine, J., ‘“The 
World-Wide Oscillations of the Atmosphere.” Beitr. 
Geophys., 33: 246-260 (1931). 
CHAPMAN, S., and THomson, A., ‘“The Lunar Atmospheric 
Tide at Apia, Samoa (1903-1927).’’ Mem. R. meteor. Soc., 
4: 21-25 (1932). 
CHAPMAN, 8., and Tscuu, K. K., ‘““The Lunar Atmospheric 
Tide at Twenty-Seven Stations Widely Distributed 
over the Globe.’’ Proc. roy. Soc., (A) 195: 310-323 
(1948). 
Doopson, A. T., ‘““‘The Harmonic Development of the 
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305-329 (1922). 
Durnrier, A., “A Lunar Effect on Cosmic Rays.” Nature, 
157: 296 (1946). 
Erspentonr, O., “Untersuchungen tber das Klima von 
Paris und tiber die vom Monde bewirkte atmosphirische 
Ebbe und Fluth.”’ Pogg. Ann. Phys. Chemie, 60: 161-212 
(1843). 
Ensiot, C. M., “On the Lunar Atmospheric Tide at 
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129 (1852). 
Grepty, A. W., Three Years of Arctic Service; An Account 
of the Lady Franklin Bay Expedition of 1881-1884. 
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Hann, J.v., ‘Untersuchungen tiber die tagliche Oscilla- 
tion des Barometers.’”’ Denkschr. Akad. Wiss. Wien, 
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— “Weitere Untersuchungen iiber die tigliche Oscilla- 
65. 
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71. 
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74. 
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76. 
(de 
78. 
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529 
tion des Barometers.’’ Denkschr. Akad. Wiss. Wien, 59: 
297-356 (1892). 
— Lehrbuch der Meteorologie. Leipzig, C. H. Tauchnitz, 
3. Aufl., 1915; 4. Aufl. (with R. Strina), 1926. Leipzig, 
W. Keller, 5. Aufl., 1938. 
—— ‘Untersuchungen iiber die tigliche Oszillation des 
Barometers. Die dritteltaigige (achtstiindige) Luft- 
druckschwankung.”’ Denkschr. Akad. Wiss. Wien, 95: 
1-64 (1918). 
— “Die jabrliche Periode der halbtaigigen Luftdruck- 
schwankung.”’ S. B. Akad. Wiss. Wien, Abt. Ila, 127: 
263-365 (1918). 
—— “Die ganztigige (24 stiindige) Luftdruckschwankung 
in ihrer Abhangigkeit von der Unterlage (Ozean Boden- 
gestalt). S. B. Akad. Wiss. Wien., Abt. Ila, 128: 379- 
506 (1919). Reference [9, p. 110] gives corrections. 
HeErGESELL, H., ‘Der tiigliche Gang des Luftdruckes und 
der Temperatur in der freien Atmosphire.”’ Meteor. Z., 
36: 212-217 (1919). “Die t&glichen Druck- und Tem- 
peraturwellen der Atmosphiire und die mit ihnen zusam- 
menhangenden Vertikalbewegungen.”’ Beitr. Phys. fret. 
Atmos., 8: 179-193 (1919). “Die tiglichen Wellen der 
meteorologischen Elemente in der Atmosphare.”’ Bevtr. 
Phys. frei. Atmos., 9: 30-66 (1920). - 
Hovues, S.8., ‘‘On the Application of Harmonic Analysis 
tothe Dynamical Theory of the Tides.” Phil. Trans. roy. 
Soc. London, Ser. A, Part I, 189: 201-257 (1897); Part II, 
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Kurrnscumipt, E., ‘“‘Uber die Ursache der halbtagigen 
Barometerschwankung, und tiber die mondtigige Wind- 
und Luftdruckschwankung auf Berggipfeln.” Bevtr. 
Phys. frei. Atmos., 10: 151-168 (1922). 
Lams, H., ‘“‘On Atmospheric Oscillations.”’ Proc. roy. Soc., 
(A) 84: 551-572 (1910). 
—— Hydrodynamics. Cambridge, University Press, 4th 
ed., 1916; 5th ed., 1924; 6th ed., 1932. 
Lapuace, P.S. (later Marquis Dp LA Pace), Mécanique 
céleste, Paris. (a) 2 (iv): 294-298 (1799); (b) 5 (xiii) : 145— 
167 (1825); (c) 5 (xiii): 237-243 (1825); (d) 5 (Supp.): 
20-35 (dated 1827, but published after Laplace’s death 
in 1830); (e) 5 (xii): 95 (1825). The substance of (6) 
and (c) was taken from ‘‘De l’action de la lune sur 
Vatmosphére,”? Ann. Chim. (Phys.), 24: 280-294 (1823), 
and was reviewed, together with 74 (f) below, and 
partly translated, in ‘““Berechnung der von dem Monde 
bewirkten atmosphirischen Fluth.” Pogg. Ann. Phys. 
Chem., 13: 137-149 (1828). Laplace also contributed 
“Additions”? on this subject to the Connaissance des 
Tems |sic] for 1826 and 1830. See also 74 (f) Bouvanrp, A., 
‘Mémoire sur les observations météorologiques faites 
4 Observatoire Royal de Paris.’”? Mém. Acad. roy. Sct., 
Paris, 7: 267-341 (1824). (Read April 1827, published 
after Laplace’s death in 1830.) 
Marcutes, M., ‘“‘Uber die Schwingungen periodisch er- 
wirmter Luft.’ S. B. Akad. Wiss. Wien, Abt. Ila, 99: 
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Martyn, D. F., ‘‘Atmospherie Tides in the Ionosphere. 
I. Solar Tides in the F. Region.” Proc. roy. Soc., (A) 
189: 241-260 (1947). 
— “Atmospheric Tides in the Ionosphere. II. Lunar 
Tidal Variations in the F Region near the Magnetic 
Equator.” Proc. roy. Soc., (A) 190: 273-288 (1947). 
— “Atmospheric Tides in the Ionosphere. III. Lunar 
Tidal Variations at Canberra.’’ Proc. roy. Soc., (A) 
194: 429-444 (1948). 
— ‘Lunar Variations in the Principal Ionospheric 
Regions.’’ Nature, 163: 34-36 (1949). 
