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Glaciological Literature

Published online by Cambridge University Press:  30 January 2017

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Abstract

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Copyright
Copyright © International Glaciological Society 1949

This bi-annual list of glaciological literature aims to cover the scientific aspects of snow and ice in all parts of the world. Attention is drawn to the bibliographies in each. number of The Polar Record (Cambridge) which aims to cover the significant work dealing with expeditions, research, equipment and conditions of living in the Polar regions. Both journals, however, deal with Polar literature having specific glaciological interest and with general matters of a practical nature such as snowcraft.

Readers will greatly assist the Editor by notifying him of their own, or any other, publications of glaciological interest.

Footnotes

page 297 note * Reprint in possession of the Society and can be seen on application.

References

Anderson, Henry W. The effect of freezing on soil moisture and on evaporation from a bare soil. Transactions American Geophysical Union, Vol. 27, No. 6, 1946, p. 86370, tables, diagr. [Results of experiments at Northfork, California.]Google Scholar
[Arctic Aviation.] North Polar Flights of “Aries.” Part 3: Aircraft Performance. Royal Air Force, Empire Air Navigation School, EANS Report No. 45/24, [1946], 12+[4] p., tables. [Includes discussion on “icing.”]Google Scholar
[Arctic Ocean: Sea-Ice.] Atlas der Vereisungsverhältnisse Russlands und Finnlands, ihrer Küstengewässer sowie wirtschaftlich und militärisch wichtigen Binnenwasserstrassen mit Textlichen Vorbemerkungen und Tabellen. Bearbeitet von der Deutschen Seewarte; Oberkommando der Kriegsmarine, 1942, 16 × 11 in. (German marking: Nr. 2197a.) [Atlas of 94 coloured ice maps with explanatory text covering Baltic, White Sea, Barents Sea, Northern Sea Route and north-west Pacific Ocean; copy in Oceanographical Branch of the Hydrographic Department, Admiralty.]Google Scholar
Baartmans, J. A., and others. De morfologie van de Java-en Soenda Zee. Tijdschrift Koninklijk Nederlandsch Aardrijkskundig Genootschap (Amsterdam), Deel 64, 1947, p. 44265. [Contains glacial-chronological table according to G. L. Smit Sibinga.]Google Scholar
Bannon, J. K. Artificial Stimulation of Rain Formation. Meteorological Magazine, Vol. 76, No. 902, 1947, p. 16974. [Suggests the mechanism of induced precipitation by means of the formation of ice crystals by “dry ice” and the consequent release of heat.]Google Scholar
Belotelkin, K. T. Soil-freezing and forest-cover. Transactions American Geophysical Union, 1941, Part 1(B), p. 17375, diagrs. [Measurements of depth of frost in the ground, Gale River Experimental Forest, northern New Hampshire, 1937–40; conclusions; discussion, p. 1,75.]CrossRefGoogle Scholar
Berggren, W. P. Prediction of temperature-distribution in frozemsoils. Transactions American Geophysical Union, 1943, Part 3, p. 7177, tables, diagrs. [Analysis of an idealized system permitting exact mathematical formulation; discussion, p. 76–77.]CrossRefGoogle Scholar
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Brooks, C. F. A new heated rotation anemometer. Mount Washington Observatory News Bulletin, (Gorham, N.H.) No. 16, 1948, p. 4. [Description of invention of Dr. J. Lugeon, Director of Schweizerische Meteorologische Zentralanstalt.]Google Scholar
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Church, J. E. Snow study program at Soda Springs near Donner Summit of central Sierra Nevada. Transactions American Geophysical Union, 1943, Part 3, p. 7790, illus., tables, diagrs. [Tentative conclusions on co-operative investigations of snow and snow-melting by the Nevada Agricultural Experiment Station and the U.S. Weather Bureau at Soda Springs, California.]CrossRefGoogle Scholar
[Church, Phil E. Church, J. E.] The duralumin snow-sampler under strain: a discussion. Transactions American Geophysical Union, 1941, Part 1(B), p. 15253. [Correspondence indicating present weaknesses under severe conditions and corrective measures.]CrossRefGoogle Scholar
Church, Phil E. Type curves and variability of annual snowfall: state of Washington. Transactions American Geophysical Union, 1941, Part I(B), p. 15970, maps, tables, diagrs. [Regional division of Washington, on the basis of duration and maximum depth of snow cover; computation of variations in annual snowfall.]CrossRefGoogle Scholar
Church, Phil E. Ice-crusts and snow-settling, Snoqualmie Pass, winter of 1940–1941. Transactions American Geophysical Union, 1941, Part 3, p. 79396. [Observations made and results obtained; comments by C. H. Diebold, p. 795–96.]CrossRefGoogle Scholar
[Conference Proceedings.] Proceedings of the 1947 conference on snow and ice. Canada, National Research Council, Associate Committee on Soil and Snow Mechanics, Technical Memorandum No. 10, 1947, [ii], 35 + [9] p. [Conference held in Ottawa 17–58 September 1947 under the joint auspices of the Associate Committees on Soil and Snow Mechanics and on Geodesy and Geophysics. Summarized in Journal of Glaciology, Vol. 1, No. 3, 1948, p. 116–17.]Google Scholar
Conkling, Harold. Whither snow-surveys? Transactions American Geophysical Union, Part 1(B), p. 136–37. [Work accomplished, and possible future developments; comments by J. E. Church, p. 137.]Google Scholar
Cowgill, Philip S. A review of Chatillon and Sons’ latest spring balance for the Mount Rose snow sampler. Transactions American Geophysical Union, 1941, Part 1(B), p. 148. [Includes some suggested improvements.]CrossRefGoogle Scholar
Griddle, Walter D. Mark, James C. Midwinter forecasting of the snow-water runoff on years of extremely light or heavy February I mountain snow-covers. Transactions American Geophysical Union, 1944, Part I, p. 14148, tables, diagrs. [Conclusions based on analysis of records for 39 snow-courses in the Columbia Basin.]CrossRefGoogle Scholar
Croce, K. Technisch wichtige Eigenschaften vom Schnee. Winterdienst auf Strassen und Reichsautobahnen, Bd. 31, 1941, p. 2029. [Properties of snow important from the point of view of snow removal.]Google Scholar
Demchenko, M. A. Otstupanie lednikov v basseyner. Terek Izvestiya. Vsesoyuznogo Geograficheskogo Obshchestva (Moscow, Leningrad) Tom 79, No. 5, 1947, p. 59092. [Evidence of retreat of several Caucasus glaciers, from observations at various dates up to 1941. Copy in Foreign Office Research Department, London.]Google Scholar
Demorest, Max Harrison. Ice-deformation in the flow of glaciers. Transactions American Geophysical Union, 1941, Part 2, p. 525. [Abstract only; thin-section studies of ice from the glaciers of Mt. Rainier.]CrossRefGoogle Scholar
Dolezel, Edward J., and others. Progress in icing research. By Edward. Dolezel, Robert M. Cunningham, and Robert E. Katz. Bulletin American Meteorological Society, Vol. 27, 1946, p. 26171.CrossRefGoogle Scholar
Dyson, J. L. Shrinkage of Sperry and Grinnel Glaciers, Glacier National Park, Montana. Geographical Review, Vol. 38, 1948, p. 95103. [If Sperry and Grinnel glaciers do not reach hydrological equilibrium within the next five to ten years they will be reduced to a stagnant condition and later to extinction.]CrossRefGoogle Scholar
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Field, N. A. Snow cover until mid-July on the Cotswolds. Weather (London), Vol. 3, No. 5, 1948, p. 14950. [Letter.]Google Scholar
Field, William O. jr., Glacier studies in Alaska, 1941. Geographical Review, Vol. 32, No. 1, 1942, p. 15455. [Expedition sponsored by the American Geographical Society studied glaciers in north-eastern Alaska, August-September 1941.]CrossRefGoogle Scholar
Fobes, C. B. The ice clearing dates of the Maine lakes. Bulletin American Meteorological Society, Vol. 26, 1945, p. 331333.CrossRefGoogle Scholar
Garstka, Walter U. Hydrology of small watersheds under winter conditions of snow-cover and frozen soil. Transactions American Geophysical Union, 1944, Part 6, p. 83874, 1060, illus., maps, tables, diagrs. [Observations made on two cultivated watersheds and one wooded watershed near East Lansing, Michigan, by the Soil Conservation Service and the Michigan Agricultural Experiment Station. Discussion, p. 871–74, 1060.]CrossRefGoogle Scholar
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Hawkes, Leonard. Self-preserving glaciers. Quarterly Journal Royal Meteorological Society, Vol. 73, Nos. 315356, 1947, p. 89–90, diagrs. [Follows a paper on “The self-generating or automatic process in glaciation,” by L. C. W. Bonactna, q.v.]CrossRefGoogle Scholar
Hobbs, W. H. American and Eurasian Glaciers of the Past: a Picture based on existing ones. Scientific Monthly, Vol. 66, 1948, p. 99106.Google Scholar
* Holmes, Chauncey D. Till Fabric. Bulletin Geological Society America, Vol. 52, 1941, p. 1299354. [Study of the arrangement of component materials in undisturbed till shows that the embedded stones generally tend to lie with their long axes parallel to the direction of glacier flow.]CrossRefGoogle Scholar
* Holmes, Chauncey D. Nebraskan-Kansan Dnft Boundary in Missouri. Bulletin Geological Society America, Vol. 53, 1942, p. 147990. [The Nebraskan-Kansan drift contact was mapped to ascertain the present distribution of the two drift sheets.CrossRefGoogle Scholar
Holmes, Chauncey D. Karnes. American Journal Science, Vol. 245, No. 4, 1947, p. 24049. [Origin of the term and its gradual adoption into scientific use.]CrossRefGoogle Scholar
Houston, Clyde E. Snow and ice. Transactions American Geophysical Union, Vol. 28, No. 5, 1947, p. 80911. [Selected bibliography of recent periodical articles, mostly American; includes various references to snow surveying.]Google Scholar
Johnston, W. A. Glacial Lake Agassiz, with special reference to the mode of deformation of the beaches. Canada. Geological Survey, Bulletin, No. 7, 1946, vi, 20 p. [Summarizes unpublished work of author between 1912 and 1929, dealing particularly with mode and amount of uplift of land in the lake basin.]Google Scholar
Laktionov, A. F. Itogi issledovaniy ledyanogo pokrova morey sovetskoy arktiki i ledovye prognozy. Izvestiya Vsesoyuznogo Geograficheskogo Obshchestva. (Leningrad), Tom 77, No. 6, 1945, p. 34550. [Survey of work done by Arctic Institute in this field, 1920–45, listing papers by various authors and briefly summarizing contents of each. Copy at Royal Geographical Society, London.]Google Scholar
Light, Phillip. Analysis of high rates of snow-melting. Transactions American Geophysical Union, 1941, Part 1(B), p. 195205, diagrs. [Theoretical melting formula for predicting the melt resulting from a given meteorological situation.]CrossRefGoogle Scholar
Linsley, Ray K. jr., A simple procedure for the day-to-day forecasting of run-off from snow-melt. Translations American Geophysical Union, 1943, Part 3, p. 6267, diagrs. [Outline of methods developed by office of U.S. Weather Bureau at Sacramento, California.]CrossRefGoogle Scholar
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Muller, Siemon William comp. Permafrost, or permanently frozen ground, and related engineering problems. Ann Arbor Mich., J. W. Edwards, Inc., 1947. ix, 231 p., illus., maps, diagrs., 22 1/2 cm. $3.00. [First prepared by U.S. Geological Survey, and issued as U.S. Army Office of the Chief of Engawers, Strategic Engineering Study No. 62,1943.]Google Scholar
Nussbaum, F. Neuere Ergebnisse der Gletscherforschung. Schweizer Geograph, Heft 5, 1943, 16 p. [Mainly a review of Drygalski, Erich von, and Machatschek, Fritz. Gletscherkunde, Wien, Franz Deuticke, 1942 (Enzyklopadie der Erdkunde).]Google Scholar
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Ovey, C. D. Cold spells and the Pleistocene Ice Age. Weather, Vol. 3, No. 7, 1948, p. 220. [Note on synchronization of European Ice Age with pluvial periods in tropical Africa.]Google Scholar
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