[INTERNATIONAL COMMISSION ON SNOW AND ICE.] Union Géodésique et Géophysique Internationale. Association Internationale d’Hydrologie Scientifique. Assemblée générale d’Oslo 19–28 août 1948: Procès-verbaux des séances. Tom. 2, Travaux de la Commission de la Neige et des Glaciers. Louvain, [1950]. 407 p.,
The following papers are printed:
Ahlmann, Hans W:son. Preliminary glaciological plans for the Norwegian-British-Swedish Antarctic Expedition, 1949–52, p. 353–56. —Ahlmann, Hans W:son. Recent glaciological investigations in Sweden, p. 262–63. —Ahlmann, Hans W:son, and Droessler, E. G. Glacier ice crystal measurements at Kebnekajse, Sweden, p. 221–27. —Billwiller, R. Die Kurzfristigen Schwankungen der Alpengletscher und ihre Ursachen, p. 323–28. —Bucher, Edwin, and others. Sur l’activité de l’Institut Fédéral pour l’Étude de la Neige et des Avalanches au Weissfluhjoch sur Davos, Suisse, p. 571–74. —Church, J. E. The evolution of snow-melt by dyes and drip-pan, p. 115–17. —Church, J. E. Standardizing method of snow cover measurement: ten years comparison of forecasting runoff of the Colorado River (U.S.A.) by snow surveys and measurement of precipitation, p. 118–27. —Devik, Olaf. Ice formation in lakes and rivers, p. 359–66. —Devik, Olaf. Supercooling and ice formation in open waters, p. 380–89. —Dobrowolski, A. B. L’hydrologie et la météorologie, p. 402–03. —Dobrowolski, A. B. Sur le problème de la realisation des publications internationales cryologiques, p. 399–401. —Faegri, Knut. On the variations of western Norwegian glaciers during the last 200 years, p. 293–303. —Ferraz, J. de Sampaio. Northern ses ice and rainfall in S.E. Brazil, p. 22. —Field, W. O. The variations of Alaskan glaciers, 1935–1947, p. 277–82. —Fisher, Joel E. The pressure melting point of ice, and the excavation of cirques and valley steps by glaciers, p. 341–44. —Fisher, Joel E. Pressure melting points of ice and their control on the profile of glaciated valleys, p. 345. —Gerdel, R. W. Physical changes in snow-cover leading to runoff, especially to floods, p. 42–54. —[Glacier variations.] Variations des glaciers en Suède, Islande et Norvège, p. 257–61. —Haefeli, R., and Kasser, P. Observations in the firm and ablation regions of the Great Aletsch Glacier, p. 306–22. —Heinsheimer, George J. Horizontal age differences in glaciers, p. 329–31. —Heinsheimer, George J. On the relation of precipitation, accumulation and melting of snow to the stream flow in the San Juan river, Årgentine, p. 101–8. —Hoover, O. H. Effects of chinook (foehn) winds on snow cover and runoff, p. 86–100. —Johannsen, Robert Smith. Snow data, p. 153–56. —Jurva, R. Sur les conditions de glace de la Baltique le long des côtes de Finlande, p. 33–37. —Kaitera, Pentti. Keeping water from freezing by means of compressed air, p. 390–98. —Kaitera, Pentti. Snow melting in the spring and its effects on the opening of the waterways in Finland, p. 38. —Klein, George J. Canadian survey of physical characteristics of snow-covers, p. 138–52. —Korhonen, V. V. Correction des mesurages des chutes de neige faite sur la base de la nature de la place de mesurage, p. 9–40. —Korhonen, V. V. Rapport général, p. 25–29. [Physical characteristics of snowcover.] —Korhonen, V. V. Report of the researches concerning snow and ice conditions, which have been made in Finland after 5936, p. 31–32. —Lambor, Julian. La genèse de la glace flottante et son apparition sur les cours d’eau de l’Europe centrale appartenant au bassin Baltique, p. 367–79. —Legget, R. F. Canadian interest in snow and ice research, p. 128–37. —Lundquist, Roy E. Descriptive and quantitative classifications of various conditions persisting in snow and ice deposits, p. 182–85. —Manley, Gordon. Glacier variations and climatic fluctuations in Britain, p. 304–05. —Marchetti, Eug. Adolfo A. Studies on snow and glaciers in the Argentine Republic, p. 332–37. —McClean, W. N. Flooding due to the melting of snow and ice, p. 41. —Meek, V. Glacier observations in the Canadian cordillera, p. 264–75. —Mercanton, P.-L. Rapport sur les variations des glaciers de 1935 á 1946[47] (Alpes françaises, suisses, italiennes et autrichiennes), p. 233–56. —Mörikofer, W. The dependence on altitude of the snow cover in the Alps, p. 161–70. —Odell, N. E. Glacial features of the Lloyd George Mountains, British Columbia, p. 276. —Oppenheim, V. Deglaciation in Columbia [i.e. Colombia], p. 285–87. —Pardé, M. Influence de la couverture nivale sur le ruissellement et specialement sur les inondations, p. 175–81. —Quervain, Marcel R. de. Lieber den Abbau der alpinen Schneedecke, p. 55–68. —Renaud, André. Contribution à l’étude du grain de glacier, p. 213–15. —Renaud, André, and Mercanton, P.-L. Les sondages sismiques de la Commission Helvetique des Glaciers S.H.S.N., p. 346–52. —Rhodes, F. L., and Wilson, W. T. The cooperative snow investigations program, p. 69–85. —Schaefer, Vincent J. The development of a snow classification system, p. 157–59. —Schaefer, Vincent J. The formation of ice crystals in the laboratory and in the atmosphere, p. 186–210. —Sehell, I. I. On the distribution of icebergs in the northern hemisphere with special reference to south of Newfoundland, p. 19–21. —Seligman, Gerald. The growth of the glacier crystal, p. 216–20. —Seligman, Gerald. Report on the progress of glaciological research in Great Britain, p. 291–92. —[Snow.] Observations of Himalayan snowfall and snow-cover made by the India Meteorological Department, p. 109–14. —Spann, Hans J. Report on glacier recession in Peru, p. 283–84. —Streiff-Becker, R. Der Wasserabfluss in einem Gletschertal, p. 338–40. —Wordle, James Mann. Permanent Committee on Glacier Measurements. General report, p. 231.
