Collett, L. C. Brown, R. J. E. ed. Proceedings of a symposium on permafrost geophysics, 27 and 28 February 1974. Canada. National Research Council. Associate Committee on Geotecknical Research. Technical Memorandum No. 113, 1974, iii,105. p. [Includes the following papers and summaries of papers: L. S. Collett."Geophysical parameters of permafrost", p. 1–16;Jessop, A.M.,Judge, A.S., "Temperature and heat flux measurements through permafrost as a geophysical tool", p. 17–27;Hoekstra, P, "Electrical resistivity profile of permafrost", p. 28–34;King, M.S.,Bramford, T.S.,Kurfurst, P.J., "Ultrasonic velocity measurements on frozen rocks and soils", p. 35–42;Tarnocai, C,Thie, J. "Application of remote sensing to permafrost studies", p. 43–47;Scott, W.J.,Hunter, J.A.M, "Seismic and electrical methods in permafrost detection", p. 48–49;Ghosh, M.K.,Hallof, P.G., "Geoprobe EMR-14—a new multi-spectral EM induction system for delineating depths of permafrost zones", p. 50–59;Rampton, V.N.,Walcott, R.I., "The detection of ground ice by gravity profiling"; p. 60–64;Hunter, J.A.M and G. 1). Hobsom "A seismic refraction method to detect sub-sea bottom permafrost", p. 65–60;Sellmann, P.V.,McNeill, J.D.,Scott, W.J., "Airborne E-phase resistivity surveys of permafrost—central Alaska and Mackenzie River areas", p. 67–71;Smith, G.W.,Rempel, G, "Review of problems of exploration geophysics in permafrost". p. 72–79;Burns, R.F.,Hamilton, T.M., "Some geophysical and hydrological aspects of permafrost”,in the Cornwallis Island area, N.W.T.", p. 80–91;Scott, W.J.,Campbell, K.J.,Orange, A.S., "EM pulse survey method in permafrost", p. 92–96;Connolly, E.T., "Use of wireline well log information to determine presence of permafrost", p. 97–99.] Google Scholar

[International institute of refrigeration.] Progress in refrigeration science and technology. Proceedings of the XIII International Congress of Refrigeration. Washington, DC,1971. Vol. 1, Westport, Conn., AVI Publishing Co., 1973 [Session 9, t, devoted to applications of freezing 10 separation and freezing in porous media. Includes following papers:Thijssen, H.A.C,Romijn, J.G., "Freeze concentration of food liquids", p. 719–24;Fraser, J.H.,Gibson, W.E., "Anew look at secondary refrigerant desalination", p. 725–30;Rinne, W.W.,Johnson, S, "Desalting of brackish waters by evaporative freezing", p. 73–38;Farrell, J.B., "A status report on the utilization of freezing in dewatering of sludges", p. 739–43;Vignes, M and J. Aguirre-Puente, "Étude de la surfusion de l'eau dans un milieu finement dispers’", p. 745–50; 1. Szanto and J. Aguirre-Puente, "Éatude des caractéristiques thermiques des mileux poreux fins humides lors de leur congélation", p. 751–57; J. Aguirre-Puente,Khatsou, B,Chalhoub, M, "Étude de gonflement et de l'aspiration d'eau engendre par le gel lors de la congélation des sols fins humides", p. 759–64;Slamatescu, C. "Sur le problème de l'efficacité du processus frigorifique à éjection de vapeur d'eau", p. 765–71.] Google Scholar

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Weiler, G. Bowling, S. A. ed. Climate of the Arctic. [Proceedings of the] 24th Alaska Science Conference, Fairbanks. Alaska, August 15 lo 17. r.1973 [^e1975], [x], 43⁶ P [Includes the following papers: T B. Kellogg,"Late Quaternary climatic changes in the Norwegian and Greenland seas", p. 3–36;Schell, I.I.,Corkum, D.A.,Sabbagh, E.N.. "Recent climatic changes in the eastern North American sub-Arctic ', p. 7^6-81;Barry, R.G..Bradley, R.S.,Jacobs, J.D., "Synoptic climatological studies of the Baffin Island area, p. 82–90;Flohn, H. "Background of a geophysical model of the initiation of the next glaciation", p. 98–110;W. W. Kellogg. "Climatic feedback mechanism involving the polar regions", p. 111–16;Schmitt, W.R.,Stidd, C. K.,Isaacs, J.D., "Ice ages and northern forests", p. 117–19;Williams, J,Barry, R.G., "Ice age experiments'with the NCAR general circulation model: conditions in the vicinity of the northern continental ice sheets", p. 143–49;Ng, E,Miller, P.C.. "A model of the effect of tundra vegetation on soil temperatures", p. 222–26; C. W". Goodwin and Outcalt, S.I.. "The development of a computer model of the annual snow-soil thermal regime in Arctic tundra terrain", p. 227–29; VV. B. Goddard, "Description of a surface temperature equilibrium energy balance model with application to Arctic pack ice in early spring. p. 230–37; G Wendler Benson, C.S..Fahl, C.B.,Ishikawa, N.Trabant, D.C.,Weller, G. "Glacio-meleorological studies of McCall Glacier", p. 334–38;Fahl, C.B., "Mean sea level pressure patterns relating to glacier activity in Alaska", p. 339–46;Trabant, D.C.,Harrison, W.D.,Benson, C.S., 'Thermal regime of McCall Glacier, Brooks Range, northern Alaska", p. 347–49;Harrison, W.D.,Mayo, L.R.,Trabant, D.C., "Temperature measurements on Black Rapids Glacier, Alaska", p. 350–52;Osterkamp, T E,Gilfilian, R.E.,Benson, C.S., "Observations of stage, discharge, pH and electrical conductivity during periods of ice formation in a small sub-Arctic stream", p. 353–57;Holmgren, B.Benson, C.S.,Weiler, G, "A study of the breakup on the Arctic Slope of Alaska by ground, air and satellite observations, p. 35^8-66;R. F. Carlson and Kane, D.L., "Hydrology of Alaska's Arctic", p. 367–73;Walker, E.R.,Lake, R. A , "Runoff in the Canadian Arctic Archipelago", p. 374–7;Shapiro, L.H.,Burns, J.J., "Satellite observations of sea ice movement in the Bering Strait region", p. 379–86;Rothrock, D.A., "The steady drill of an incompressible ice cover in the Arctic Ocean", p. 387–90;Muench, R.D., "Some observations of variations in North Water surface area and in certain atmospheric parameters", p. 391–97; P Glocrsen,Wilheit, T.T.,Chang, T.C..Nordberg, W,Campbell, W.J.. "Microwave maps of the polar ice of the Earth", p. 407–14;McClain, E.P., "Environmental research and applications using the very high resolution radiometer (VHRR) on the NOAA-2 satellite—a pilot project in Alaska", p. 415–29;Untersteiner, N. "Some elements of a scientific plan for POLEX". p. 430–36.]. Google Scholar

Williams, G. P. comp. Proceedings: research seminar thermal regime of river ice. 24-25 October 1974. snow and Ice Subcommittee, Associate Committee on Geotechnical Research. Canada, Rational Research Council. Associate Committee on Geotechnical Research. Technical Memorandum No. 114, 1975. iv,186. p. [Includes: N. Marcotte "Heat transfer from open-water surfaces in winter", p. 2–17;McFadden, T, "Radiation and evaporation heat loss during ice fog conditions", p. 18–27;Gray, D.M.,Male, D.H., "Energy transfer insnow", p. 28–43;Goodrich, L- E, "A numerical model for calculating temperature profiles in an ice cover”, p. 44–59;Cowley, J.E.,Lavender, S.T.. "Convective heat transfer at an ice-water interlace", p. 60–70;G Tsang, "A preliminary investigation and experimental set-up for the study of frazil formation in water with surface waves", p. 82–95;Michel, B,Hanley, T.O'D, "Mcchanisms of ice growth at the ice-water air interface in a laboratory tank", p. 96–103;Osterkamp, T.E., "Supercooling and frazil ice formation in a small sub-Arctic stream", p. 104–08;Latten, K.W., "Ice regime investigations on the Moira River at Belleville, Ontario", p. log 20;Stalnaker, C.B.,Arnette, J.L.. "Ecological implications of frazil and anchor ice in high mountain streams", p. 121–26;Robinson, J.R.,Witherspoon, D.F.. "Practical application of probability forecasts of water surface temperatures of St. Lawrence River—Kingsion to Montreal”, p. 128–33;Kartha, V.C.. "Winter temperature measurements in lakes along the Churchill River diversion route. p. 134–44;Atkinson, C.H., "Statistical analysis of Niagara ice boom effects on water temperature. p. I45-5G R. Larivière et F. Fonseca, "Régime thermique des grands reservoirs soumis aux conditions de glace”.p. 152–69;Kivisild, H.R.,Penel, J. "Ice jams related to climatological and hydraulic parameters-Yukon River at Dawson City".'p. 170–76;Carlson, R.F., "Alaska river thermal problems, research and design criteria", p. 177 80.]Google Scholar

Williams, G. P. comp. Seminar on ice jams in Canada held at the University of Alberta. May 7. 1973. Sponsored by Snow and Ice Subcommittee, Associate Committee on Geotecnical [sic] Research. Canada. Natiolnal Research Council. Associate Committee on Geotechnical Research. Technical Memorandum No. 107, 1973, iv ,182. p. [Includes the following papers:Atkinson, C.H., "Problems and economic importance of ice jams in Canada”,.p. 1–16;Williams, G.P.,MacKay, D.K., "Characteristics of ice jams", p. 17–35;Michel, B, "Theory and simulation of ice jams at break-up", p. 36–54;Lazier, S.S.. "Hydraulic model study of chunk ice storage —Moira River", p. 55–69;Atkinson, C.H., "1968 ice jam St. John River near Hartland, N.B.”, p. 70–75; Hopper, H.R.,Macdonald, E.G., "Hydraulic model simulation of ice jamming during diversion of the Nelson River", p. 76–82;Nuttall, J.B., "River modification and channel improvements", p. 83–91;Foulds, D.M.. "Ice booms, diversions and ice control structures", p. 92–95;M, P.R.. Toomey, "Ice breakers to control ice jams", p. 96–101;Bauer, A, "Explosives for controlling ice jams", p. 102–21;Pentland, R.S.. “Ice formation and jamming on the South Saskatchewan River below Lake Dirfenbaker". p. 122–51;Townsend, D.R., "Forrrmation of ice jams under surge action", p. 152–54;Deugo, D. "Ice control on Rideau River, Ottawa", p. 155–57; F, Sampson, "The ice regime of the Peace River in the vicinity of Portage Mountain development, prior to and during diversion", p. 158–78.]Google Scholar

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Petzold, D.E. , Solar and net radiation over snow. Montreal. McGill University. Dipt, of Geography, 1974. [xiv], 77 p. [Primary objective of study was use of modern micromeleorological methods to update current snow melt prediction models.] Google Scholar

Ramsli, G. Avalanche problems in Norway, (In While, G. F ed. Animal hazards. Local, national, global. New York, etc., Oxford University Press, 1974, p. 175–50.) [Describes avalanche hazard and measures taken to counteract it.]Google Scholar

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[SNOW DRIFTING] Wind and snow accumulation patterns in the area Γ Norman Wells, N.W.T. Canada. Task Force on. Northern Oil Development. Environmental-Social Committee, Northern Pipelines. Report No. 74–38, 1975, [iv|, 28 p. [Describes laboratory model tests, using water and sand In simulate movement of wind and snow, and discusses results, presenting recommendations to assist in planning, design and construction of buildings and roads.)Google Scholar

Steinhäussf, R, H. Die Wasserhaushaltsbilanz des nbersten'Maltagebietes (Karaten). Weiler und Leben, Jahrg. 27. Ht. 1-2, 1975, p. 77–82. [Hydrology of Malta region, Austria. Water storage calculated and compared with mean monthly amounts of snow precipitation in winter.] Google Scholar

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Tabler, R.D. Predicting profiles of snowdrifts in topographic catchments. Proceedings of the Western Snow Conference, 43rd annual meeting, 1975- p. 87–97. [Reports development and testing of regression model to predict configuration of snow-drifts based on topographic data only.]Google Scholar

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Van haveren, B. P. Airflow and gas exchange in snow—fact or fiction? Proceedings of the Western Snow Conference, 43rd annual meeting, 1975, p. 21–27. [Discusses these concepts and their effect on snow metamorphism and snow-pack evaposublimation from snow hydrologistes point of view.]Google Scholar

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Yasiiina, A.V. . Metod otsenki roll snezhuogo pokrova v landshaftnykh svyazyakh [Methods of estimation of the role of snow cover in landscape interrelations]. Materiaiy Glyalsiologicheskikh hsledovaniy. Khronika. Obsuzh-deniya, Vyp. 24, 1974, p. 200–03. [Winter precipitation is important factor. English summary, p. 203.]Google Scholar

Zeman, L.J. Slaymaker, H. O. Hydroehemical analysis to discriminate variable runoff Source areas in an alpine basin. Arctic and Alpine Research, Vol. 7. No. 4, 1975, p. 341–51. [Discriminates variable sources of major ionic constituents to run-off from alpine basin and compares temporal and spatial variations.]Google Scholar

Zuzel, J. Cox, L. M Relative importance of meteorological variables in snowmelt. Water Resources Research, Vol. 11, No. 1, 1975, p. 174–7(1. [Standard error of daily snow melt prediction could be decreased 13% by using vapour pressure, net radiation and wind in predictive equations rather than air temperature alone.]Google Scholar