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Full text: Annalen der Hydrographie und maritimen Meteorologie, 67 (1939)

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111 
contempl. for an expedition to N’ Greenland. 
M. Demorest, — Solenoidal eirculations 
resulting from lateral mixing. C.-G.Rossby. 
— Mean monthly isentropie charts and their 
relation to departures of summer rainfall. 
MH. Wexler, J. Namias, — The forecasting 
significance of anticycelonic eddies on the 
isentropic chart. J, Namias, — Variability 
of precipitation. E. Soucek, J. W. Howe. 
Statist, method for ezaminating the 
reliability of a station-year rainfall-record. 
K. Clarke-Hafstad. — Progress-report on 
the analysis ofrainfall-data. C.F,Merriam, 
— Determination of the dependability of 
rainfall-records by comparison with nearby 
records. J.B.Kincer. — Monthly variation 
of rainfall-intensities in Wisconsin. A. T. 
Lenz. — P. 2. Evaporation from soils and 
franspiration. FF. J. Veihmeyer. 
‚Tropenpflanzer,“ 1938, 12. Geologie u. Land- 
wirtschaft in Ostafrika. {Mit klimatol, Er- 
läuterungen.] E. Nowack, 
‚Umschau.“ 1938, 52. Wohnungsklima. K. 
Süpfle, 
„Eschr. f. angew. Met, Das Wetter,“ 1938, 1, 
Meteorologie im Dienste der Versicherungs- 
technik. B. HArudicka. — Nebel in Steinheid 
{Thür. Waldı. X. Glass. — Form u. Vor- 
dringen e. Gewitterbö am 9. VI.38 beob. an 
Schornsteinrauch. L. Weickmann. — Be- 
stimm. der Korrelationskoeffizienten zwi- 
schen dem jährl. Ertrag an Kartoffeln und 
der monatl, Niederschlagsmenge im Großk. 
Luzemburg; Korretationskoeff, zw. dem 
jährt. Ertrug a) an Winterweizen, b} an 
Kartoffeln und dem Monatsmittel der Temp. 
im Großh, Luzemburg. A. Gloden, — Der 
Frankfurter, Dresdener und Leipziger 
Sommer 1938, RR. Fischer. 
Fiugwesen. 
„Umschau,“ 1938, 47. Das Problem des Ozean- 
Luftverkehrs. R. Eisenlohr. — Wetterkundl 
Grundlagen der Luftfahrt, A. Brezowsky 
Meeres- und Gewässerkunde. 
„Fennia,“ Helsinki, 65, 2 (1938), Temp, u. Salg- 
gehalt des Balt. Meeres an den Küsten 
Finnlands. G. Grangvist. 
‚Journal, Marine Biol, Assoc.“ Cambridge. 23,1 
(1938), Salt error in determinations of 
phosphate in sea water, L. H. N. Cooper. 
— Redefinition of the anomaly of the 
nitrate-phosphate ratio. IL, H.N. Cooper. — 
Phosphate in the English Channel 1933—38, 
with a comparison with earlier years, 1916 
and 1923—82. L. H. N. Cooper. — Distribu- 
tion of phosphates in the southk-western area 
in April 1938, C. F. Hickling. — Observ. 
of the hydrology and plankton of the North 
Sea and English Channel. M. Graham, 
J. P. Harding. 
„/Teddel,, Statens Met.-Hydr. Anst., Stockholm. 
1938, 4. Yitemperaluren i svenska valten- 
drag. R.Melin, — Serien Upps. 1938, 25. 
Hydrogr. bibliografi, dr 1937: Sverige, 
arg, 4. 
‚Met. i Hydr.“ Moskau/Leningr, 1938,4, Graphic 
for calculation of dissoluted oxygen content 
in sea.water by the data of titration. PP. 
Gordienko. ap — Method of construe- 
tion of complex tables for correection to the 
barometer, V. F. Piskun. [Russ] 
„Monthly Notices of R. Astr, Soc , Geophys. Suppl.“ 
Edinburgh, 1935, Dec, Tides in a@ channel. 
SF. Grace. -—— 1936, April. Friction in 
the tidal currents of the Bristol Channel. 
5. F. Grace, 
‚Philos. Transact., R. Soc. of London.“ Ser. A. 
No. 753, Vol. 235. PP 273-—342 (1936). Tides 
in 0ceans bounded by meridians: Ocean 
bounded by complete meridian, general 
squations, J. Proudman, — Diurnal tides, 
A. T. Doodson. — Appendix on fourier 
2rpansioNSs of assoc. Llegendre functions. 
A.T. Doodson. — No. 765, Vol. 236, pp. 261 
Dis 302 (1937). Temp. of the surface waters 
of the Irish Sea. J.Proudman, H. M, Lewis, 
A, L. Dennis, — No. 779, Vol. 237, pp. 311 
bis 373 (1938). Z7ides in oceans bounded by 
wmeridians: Ocean bounded by SanLele 
meridian, semidiurnal tides. A.T.Doodson. 
‚4Annales de Phys, du Globe, France d’Outre-Mer.“ 
Paris. 1938, 29; La houle dans le nort de 
Tamatave. M. de Vivies. — La houle ä la 
Martinique, Romer. 
‚Bautechnik.“ 1938, 55, Einheit. Pegelhorizont 
im deutschen. Küstengebiet. Lange [S. A.) 
‚Comptes rendus (Doklady), Acad. d. Se. de 
VURSS.“ Mosecou. 1938, 4. KExper. study of 
turbulence of real water objects. O0. Blum- 
berg. 
‚Gerl. Beitr, Geophys.“ 54, 1 (1938). Boden- 
temp. u. Bodenstrom in der atlant., ind. u. 
Pu Tiefsee. G. Wüst, 
‚Hydr. Review.“ Monaco. XV,2 (1938). - Deep 
eireulation in the oceans, €. Vallauz. 
‚Journal du Conseil.“ Conseil Perm, Int. p. l’Explor. 
de 1a Mer. Copenhague. XI11l, 3 (1938), Zu- 
sammenhang zw. Wind und Strom bei 
Feuerschiff Storbrotten im nördl. Älands- 
meer. E. Lisitzin. 
„Marine Observer.“ London, 1939, Jan, Ercep- 
Honal tidal streams in the south. North 
Seä@ and east, English Channel. 3. M. 
Carruthers, 
„Natur u. Volk.“ 1939, 1, Brandungswälle, 
Rippeln und. Fließfiguren am Strande von 
Wangeroog. W. Häntzschel. 
„Transact.,, American Geophys, Union,“ Wash, 
19. Meet, 1938, P, 1. Relations betw. meteo- 
rology and eoast gradient currents off the 
Pacific coast of N’America. J.P. Tully. — 
Deeanogr. activities of the U. 8. Coast & 
Geodetic Survey. L.O.Colbert. — Research 
within phys. oceanogr. and submarine 
geology at Ihe Scripps Inst. 1937/88, MH. U. 
Sverdrup. — Theory concerning the causes 
and results of longperiod variations in the 
strength of the Gulf Stream System. €. 0’D. 
[selin. — Representation of suboceanic 
relief on maps of intermediate scale, W. L. 
G. Joerg. — Deep-sea measurements without 
wires or cables, M. Ewing, A. Vine — 
Report on Ihe work of Int. Comm, on Con- 
Hnental and Oceanie Structure. R.M. Field. 
— Obs. on Fjord waters. XK.T. Barkey, 
T. 6. Thompson. 
Fischerei und Fauma. 
„Seewart.“ 1939, 1, Meerleuchten im Arab. 
Meer. 
Physik. 
„Forsch. u. Fortschr.“ 1939, 3, Die Erkenntnis 
der magnet. Mißweisung. H. Winter.
	        
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