BIBLIOGRAPHY 
221 
2. Surface Temperature Influences 
ALBRECHT, F., ther den Zusamenhang zwi- 
schen taglichen Temperaturgang und Strah- 
lungshaushalt, Gerl. Beitr. Geophys., v. 25, 
pp. 1-12. 
ANGSTROM, A., The albedo of various sur- 
faces of ground, Geog. Ann., 1925, h. 4, p. 
323 ff. 
BLANC, M. et al, Papers on Fruit-frost 
studies in Florida, BAMS, v. 21, 1940, pp. 
65-70. 
BROOKS, C. F., Oceanography and Meteor- 
ology, Ch. 14, pp. 457-519, with bibl., in 
Physics of the Earth—V. Oceanography. 
Nat. Res. Coune., Washington, 1932. 
FALCKENBERG, G. und E. Stoecker, Boden- 
mversion und atmosphidrische Energieleitung 
durch Strahlung, Beitr. z. Phys. d. fr. Atm., 
Beis ps 2460teo L927. 
FITTON, E. M., and C. F. Brooks, Soil tem- 
peratures in the United States, M. W. R., 
v. 59, pp. 6-16, 1931. 
GEORGE, J. J., On the distortion of stream 
fields by small heat sources, M. W. R., v. 68, 
pp. 63-66, 1940. 
HERR, L., Bodentemperaturen unter besonde- 
rer Beriickichtigung der dusseren meteorolo- 
aischen Faktoren, Berlin, 1936, 63 pp. (Diss. 
Leipzig, 1936.) 
JOHNSON, N. K., and E. L. Davies, Some 
measurements of temperatures near the sur- 
face in various kinds of soils, QURMS, v. 538, 
no. 221, pp. 45-58, 1927. 
KERANEN, J., Warme und Temperaturverhalt- 
nisse d. Obersten Bodenschichtung, in Nip- 
poldt et al, Hinfuhrung in die Geophysik, 
Bd. 2, Berlin, 1929, 388 pp. 
KRUGLER, J. Ndchtliche Warmehaushaltsmes- 
sungen an der Oberfliche einer grasbewach- 
senen Ebene, Wiss. Abh. d. R£W, Bd. 3, p. 
10, Berlin, 1937. 
NIEDERDORFER, Messungen des Waérmeum- 
satzes tiber schneebedecktem Boden, MZ, Bd. 
50, pp. 201, ff, 1933. 
RAMAN, P. K., The measurement of the 
transmission of heat by convection from 
insolated ground to the atmosphere, Proc. 
indian INE Syees 5 Bh TO, Ys ido, GREIOG, » 
936. 
ROBITZSCH, M., Ground surface temperature 
as dependent on insolation and as control- 
ling diurnal temperature unrest and gusti- 
ness, M. W. R., v. 51, pp. 406-407, 1923. 
‘SCHUBERT, J., Grundlagen der allgemeinen 
und forstlichen Klimakunde. I., Die Son- 
nenstrahlung und der Warmeumsatz an der 
Bodenoberflache. II. Die Bodenwarme, Zeit. 
Forst.—und Jagdw., Berlin, Bd. 62, pp. 689- 
705, 1980; Bd. 64, pp. 715-734, 1932: 
SCHUBERT, J., Das Verhalten des Bodens 
gegen Wadrme, in Blanck, Handbuch der Bo- 
denlehre, Bd. 6, pp. 342-375, Berlin, 1930. 
SLOCUM, G., The nomal temperature distribu- 
tion of the surface water of the western 
North Atlantic Ocean, M. W. R., v. 66, pp. 
39-43, 1938. 
TAKAHASI, Y., Sea currents and weather in 
Japan, J. Met. Soc. Japan, v. 18, no. 5, pp. 
149 [Eng. Abstract on page (17)], 1940. 
THORNTHWAITE, C. W., and B. Holzman, 
The determination of evaporation from land 
and water surfaces, M. W. R., v. 67, pp. 
4-10, 1939. 
WEIGHTMAN, R. H., Snow cover in southern 
Canada as related to temperatures in the 
North Atlantic States and the Lake Region, 
M. W. R., v. 59, pp. 383-386, 1931. 
3. Mountain Meteorology 
ARAKAWA, H., The effect of topography on 
the direction and velocity of wind, Geophys. 
Mac Tolksyos verbs nos il ipp. 68-68) veil, 
no. 1, pp. 9-18, 1932, 19383; v. 11, p. 488-91; 
also Huti, v. 11, No. 11, p. 492-5. 
‘ARAKAWA, H., On the influence of topo- 
graphy on the microbarometric oscillations, 
Geophys. Mag., Tokyo, v. 5, no. 8, pp. 2238- 
236, 1932. 
BALDIT, A., Meteorologie du Relief Terrestre, 
Paris, Gauthier-V., 1929. 
BALDIT, A., Les perturbations dues au relief 
terrestre et Vaviation, La Météorologie, 
juin, 1935, no. 128, pp. 267-312. 
BAUMANN, G., Strémungseinfluss des mittel- 
deutschen Gebirgsrandes und seine Bedeu- 
tung fir die Flugmeteorologie dieses Geb- 
zwetes, Aus d. Arch. d. Deutsch. Seewarte, 
Bd. 49, Nr. 9, 48 pp., 1931. 
BRUECKMANN, W. Beispiele der Gestalt des 
Stromfeldes der Luft in der Schweiz, Ann. d. 
Schweiz. Met. Anstalt, Anhang No. 1b, 1928, 
Eire 
BUDEL, A., Zugspitze bahn Versuche, Pt. 1 in 
Deut. Met. Jahrbuch Bayern, 1929, Pt. 2, 
1930, Pt. 8, 1931. [remarkable study of 
-aerology of a large-mountain slope]. 
BURGER, A., and E. Ekhart, tiber die Tagliche 
Zirkulation der Atmosphdre in Bereiche der 
Alpen, Gerl. Beitr. Geophys., Bd. 49, pp. 
341-367, 1937. 
CHURCH, P. E., A zone of stagnation be- 
tween gorge and gradient wind in British 
Columbia fjords, BAMS, Oct. 1938, pp. 344-5. 
COULTER, J. W., Meteorological reports of 
the Mauna Kea Expedition, 1935 (Part 1): 
The mean temperature on Mauna Kea and 
in the free air, BAMS, v. 19, pp. 349-351, 
1938. 
CROSSLEY, A. F., Note on the variation of 
pressure accompanying a distortion of air 
flow, QJRMS, v. 64, no. 276, pp. 477-481, 
July, 1938. 
DEDEBANT, G., A. Baldit, J. Gilbert, La cam- 
pagne aerologique 1935 a Banne d’Ordanche, 
La Météorologie, v. 12, pp. 111-144, 1936. 
DEFANT, A., Die Windverhdltnisse im Ge- 
biete der ehemaligen desterr.—Ungar. Mo- 
marchie, Jahrb. Zentr.-Aust. Met. Geodyn., 
Anhang 1920. Vienna, 1924. 
EKHART, E., Neuere Untersuchungen zur 
Aeroclogie der Talwinde: Die periodischen 
Tageswinde in einem Quertale der Alpen, 
Beitrage z. Phys. d. fr. Atmos., Bd. 21, pp. 
245-268, 1934. 
EREDIA, F., Di una _ singolarita aerologica 
della costa tirrenica della Calabria, La Met. 
Prat., Ann. 17, no. 2, pp. 49-57. 
ERTEL, H., Turbulenz und Druckerniedrigung 
auf Bergstationen, MZ, Bd. 49, pp. 199 ff, 
306 ff., 1932. 
FERGUSSON, S. P., The value of high-level 
data in forecasting changes of temperature— 
A contribution to the meteorology of Mount 
Rose, Nevada, Nevada Univ, Tech. Bull. 
88, 1915, 30 pp. 
FERGUSSON, S. P., Aerological studies on 
Mount Washington, Trans. Amer. Geophys. 
Union, 1934, pt. 1, pp. 114-117. 
