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Glaciological Literature

Published online by Cambridge University Press:  30 January 2017

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Journal of Glaciology , Volume 14 , Issue 71 , 1975 , pp. 343 - 371
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Copyright © International Glaciological Society 1975

This is a selected list of glaciological literature on the scientific study of snow and ice and of their effects on the Earth; for the literature on polar expeditions, and also on the “applied” aspects of glaciology, such as snow ploughs, readers should consult the bibliographies in each issue of Recent Polar Literature (supplement to the Polar Record). For Russian material the system of transliteration used is that agreed by the U.S. Board on Geographic Names and the Permanent Committee on Geographical Names for British Official Use in 1947. Readers can greatly assist by sending reprints of their publications to the Society, or by informing Dr J. W. Glen of publications of glaciological interest. It should be noted that the Society does not necessarily hold copies of the items in this list, and also that the Society does not possess facilities for microfilming or photocopying.

References

Conferences

[International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, September 1972. A contribution la the International Hydrological Decade. Paris, UNESCO; Geneva, WMO; Budapest. IAHS, 1973. 2 vols.: [xvi], 837 p.; [xii], 829–1484 p. [For details of individual papers see elsewhere in this list.]Google Scholar
Santeford, H. S. SMITH, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources: an interdisciplinary symposium organized by the Work Group on Snow and Ice, the Work Group on Remote Sensing, and the Work Group on Nuclear Techniques of the U.S. National Committee for the International Hydrological Decade. … Monterey, California, December 2–6, 1973. … Washington, D.C., National Academy of Sciences, 1974. x, 789 p. [For details of individual papers see elsewhere in this list.)Google Scholar

General Glaciology

[Arctic: Expeditions,] Cambridge Staunings Expedition 1972. Cambridge Expeditions Journal, 1974, p. 11–12. [Glaciological studies in Stauning Alper region, east Greenland.]Google Scholar
Detwyler, T. R. Redente, A. L. Map of landforms of the Chitistone Pass and Skolai Pass area, Alaska. (In Bushnell, V. C.,Marcus, M . G., ed. Icefield Ranges Research Project. Scientific results. Vol. 4. New York, American Geographical Society; Montreal, Arctic Institute of North America, 1974, p. 385 + map.) [Twelve landform types recognized.]Google Scholar
Hattersley-smith, G. North of latitude eighty. The Defence Research Board in Ellesmere Island. Ottawa, Defence Research Board,1974. ix, 121 p. [General account of post-war field research. Ch. 7 includes results of glaciological studies.]Google Scholar
Kotlyakov, V. M. Mezhdunarodnyy Antarkticheskiy glyatsiologicheskiy proyekt (tseli i zadachi, programma i plany) [The international Antarctic glaciological project (aims and problems, programme and plans)]. Antarktika. Doklady Komissii, Vyp. 12, 1973, p 85–93. [Outlines this project, begun in1971.]Google Scholar
Lewis, J. S. Volatile element influx on Venus from cometary impacts. Earth and Planetary Science Letters, Vol. 22, No. 3, 1974, p 239–44. [Comets may be method for all ice arriving on Venus, and this may be source of all hydrogen on Venus.]Google Scholar
Orheim, O. Glaciological studies in the South Shetland Islands. Antarctic Journal of the United States, Vol. 9, No. 4, 1974, p172. [Outlines field work carried out in January1974.]Google Scholar
Patashnick, H., Energy source for comet outbursts, [by] Patashnick, H. G. Rupprecht, D. W. Schuerman. Nature, Vol. 250, No. 5464, 1974, p 313–14. [Letter. Energy may come from amorphous ice in the cometary nucleus changing phase to ice Ic.]Google Scholar
Pimentel, G. C., Evidence about hydrate and solid water in the Martian surface from the 1969 Mariner infrared spectrometer, by G.C.Pimentel, P.B.Forney and K.C.HerrJournal of Geophysical Research, Vol. 79, No. 11, 1974, p 1623–34. [Evidence that condensed-phase water is present throughout observed surface of Mars and that ice is forming, prohably on the planetary surface.]Google Scholar
Santeford, H. S. A challenge in snow and ice. (In Santeford, H. S., Smith, J. L., comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C., National Academy of Sciences, 1974, p 3–8.) [Opening address to participants at the symposium.]Google Scholar
Thomas, R. H. Gaylord, D. R. Glaciological measurements on the Ross Ice Shelf. Antarctic Journal of the United States, Vol. 9, No. 4, 1974, p 160–62. [Measurements of ice strain-rates, snow accumulation rates, and 10 m temperatures.]Google Scholar
Vyalov, S. S., Vozmozhnosti i perspektivy stroitel’stva aerodromov v usloviyakh Antarktidy [On the prospects of constructing aerodromes under Antarctic conditions]. [By] Vyalov, S. S. Ponomarev, V. D. Gorodetskiy, S. E. Materialy Glyatsiologicheskikh Issledovaniy. Khronika, Obsuzhdeniya, Vyp. 23, 1974, p 191–92. [Suggests optimum conditions for runway construction. English summary, p. 192.]Google Scholar

Glaciological instruments and methods

Alger, G. R. Santeford, H. S. The snow moisture integrator. (In Santeford, H. S. Smith, J. L. camp. Advanced concepts and techniques in the study of snow and ice. resources. … Washington, D.C., National Academy of Sciences, 1974, p 716–19.) [Describes device for automatically measuring and recording changes in moisture content of a snow sample exposed to ambient weather conditions.]Google Scholar
Anderson, E. Techniques for predicting snow cover runoff. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 840–63.) [Identifies dominant variables in snow hydrology that affect river forecasts and discusses each in terms of areal variability as related to geographical factors. Deals with short-term and seasonal yield forecasts. Discussion, p. 862–63.]Google Scholar
Attmannspacher, W. RIEDL, J. Remote sensing of water content of snow cover at one point or more in a mountain area. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 727–33.) [Describes method and compares with others. Explains discrepancies.]Google Scholar
Barnes, G. W. A new California Department of Water Resources telemetry system. (In Santeford, H. S. Smith, J. L. camp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D. C National Academy of Sciences, 1974, p 329–38.) [System for obtaining data for flood forecasting and snow-melt forecasting is computer controlled and uses state’s microwave system and mountain top VHF radio repeaters for communications.]Google Scholar
Barnes, J. C., Snow studies using visible and infrared measurements from earth satellites, [by] Barnes, J. C. Bowley, C. J. Simmes, D. A. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, D. C. National Academy of Sciences,1974. p. 477–86.) [Describes recent studies of application of ITOS and Nimbus thermal infra-red measurements and of ERTS-1 multi-spectral imagery for detecting and mapping snow extent.]Google Scholar
Barton, M. New concepts in snow surveying to meet expanding needs. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, D. C. National Academy of Sciences, 1974, p 39–46.) [Suggests how modern equipment and techniques may be introduced.]Google Scholar
Basharinov, A. E., Satellite measurements of microwave and infrared radiobrightness temperature of the Earth’s cover and clouds, by Basharinov, A. E. [and 8 others]. Proceedings of the eighth International Symposium on Remote Sensing of Environment …1972. … Ann Arbor, Willow Run Laboratories, Environmental Research Institute of Michigan, Vol. 1, [1973], p. 291–96. [Presents results of measurements over the southern hemisphere made by Cosmos384. Includes boundary of floating ice around Antarctica and temperature and state of continental ice covers.]Google Scholar
Bass, J. S. An electro-optical instrument for measuring total precipitation and snow pack water content. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, D. C. National Academy of Sciences, 1974, p 699–705.) [Describes optical lever instrument originally developed for oceanographie studies.]Google Scholar
Belchikov, V. A. Koren, V. I. Mathematical model of spring flood formation and possibilities of its use for short-range forecasting. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 972–80.) [Presents model which was tested for medium-size watersheds in the U.S.S.R.]Google Scholar
Bertram, C. L., Locating large masses of ground ice with an impulse radar system, [by] Bertram, C. L. Campbell, K. J. Sandler, S. S. Proceedings of the eighth International Symposium on Remote Sensing of Environment … 1972. … Ann Arbor, Willow Run Laboratories, Environmental Research Institute of Michigan. Vol. 1, [1973], p. 241–60. [Describes electromagnetic sub-surface profiling (ESP) technique.]Google Scholar
Bisskll, V. C. Natural gamma spectral peak method for snow measurement from aircraft. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, D. C. National Academy of Sciences, 1974, p 614–23.) [Discusses composition of spectral peak errors and reviews some of the dynamic aspects of the natural radiation environment in the measurement of snow water equivalent by this method.]Google Scholar
Bissell, V. C. Peck, E. L. measurement of snow at a remote site: natural radioactivity technique. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, D. C. National Academy of Sciences, 1974, p 604–13.] [Presents results on use of natural gamma radiation from soil as basis for snow water equivalent measurements. Suggests use of cosmic radiation for point snow water equivalent measurement in extremely deep snow.]Google Scholar
Blyth, K. Painter, R. B. Analysis of snow distribution using terrestrial photogrammetry. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 679–87.) [Demonstrates feasibility of using technique to determine volume of shallow and frequently ablating snow-packs, with reference to conditions in Great Britain.]Google Scholar
Braslavskiy, A. P. Calculation of the formation, growth, and melting of ice and snow cover on water storage reservoirs. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1224–30.) [Presents method, based on equation of reservoir heat balance and confined to case in which heat advection into water is negligible.]Google Scholar
Bryan, M. L. Ice thickness and variability on Silver Lake, Genesee County, Michigan: a radar approach. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences 1974, p 213–23.) [Remote sensing technique used to identify areas on lake where unsaturated white ice and snow overlie black ice. Survey grid was 100 ft.]Google Scholar
Bryan, M. L. Utility of imaging radar for the study of lake ice. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1339–49.) [Reviews various systems, pointing out that side-looking airborne radar (SLAR) has only been recently used in the study of lake ice. Discussion, p. 1349.]Google Scholar
Bulatov, S. N. Computation of the strength of the melting ice cover of rivers and reservoirs and forecasting of the time of its erosion. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 575–81.) [Presents equation for determining strength of melting ice cover, depending on amount of solar radiation absorbed.]Google Scholar
Byrd, R. C., Snow measurement using millimetre wavelengths, [by] Byrd, R. C. Yerkes, M. C. Sackinger, W. M. Osterkamp, T. E. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973., Vol. 1, p. 734–38.) [Measurements reported of backscatter radiation from snow-covered land and lake ice, taken as function of incidence angle.]Google Scholar
Campbell, K. J. Orange, A. S. Continuous sea and fresh water ice thickness profiling using an impulse radar system. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 432–42.) [Describes electromagnetic sub-surface profiling (ESP) by means of which a clearly recognizable ice-water interface was observed in virtually all conditions of floating ice in Canadian Arctic areas.]Google Scholar
Cox, L. M. Zuzel, J. F. Forecasting runoff from universal surface gauge snowmelt investigation measurements. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1089–97.) [Describes method by which daily snow melt as collected by an index snow melt device can be used to forecast run-off for a basin during peak snow-melt events.]Google Scholar
Crawford, N. H. Computer simulation techniques for forecasting snowmelt runoff. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1062–72.) [Basic mathematical model development is described.]Google Scholar
Crowder, W. K., Mesoscale deformation of sea ice from satellite imagery, [by] Crowder, W. K. McKim, H. L. Ackley, S. F. Hibler, W. D. Anderson, D. M. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington, U. C. National Academy of Sciences, 1974, p 563–73.) [Detailed deformation and movement data were obtained from sequential ERTS-1 images.]Google Scholar
Dmitriyev, A. V., Practical use of aircraft gamma-ray survey of snow cover in the USSR, [by] Dmitriyev, A. V. Kogan, R. M. Nikiforov, M. V. Fridman, S. D. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 702–12.) [Reviews technique which is valuable over large territories.]Google Scholar
Doherty, B. T. Kester, D. R. Freezing point of seawater. Journal of Marine Research, Vol. 32, No. 2, 1974, p 285–300. [Compares three techniques for measurement of freezing point and derives equation for variation with salinity and hydrostatic depth. Applies to temperature distributions on the Ross Ice Shelf.]Google Scholar
Engelen, G. B. A graphical and statistical approach to the regional study of snowpack in mountain areas, with special reference to Colorado and New Mexico. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 885–94.) [Describes method for snow-pack study in a mountainous area in relation to its morphology, elevation, latitude and longitude by means of a regional comparative approach.]Google Scholar
Farnes, P. E. Development and use of mountain precipitation map. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 64–75.) [Describes method which depends on correlation between water equivalent of an average winter snow-pack and average annual precipitation in the Rocky Mountains. Discussion, p. 74–75.]Google Scholar
Fisenko, V. F., Oslozhneniya i avarii pri glubokom burenii-protaivanii, ikh likvidatsiya i preuprezhdcniye [Complications and accidents in deep drilling and thawing and their elimination and prevention]. [By] Fisenko, V. F. N. Ye. Bobin, G. K. Stepanov Slyusarev, N. I. Solov, G. N.’yev, V. K. Chistyakov Antarktika. Doklady Komissii, Vyp. 13, 1974, p 161–66.Google Scholar
Gloersen, P., Polar sea ice observations by means of microwave radiometry, [by] P. Gloersen, T. C. Chang Wilheit, T. T. Campbell, W. J. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 541–50.) [Discusses some of the seasonal changes observed, as well as changes within a season.]Google Scholar
Golding, D. L. Snowpack calibration on Marmot Creek to detect changes in accumulation pattern after forest-cover manipulation. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 82–95.) [Method devised by which changes in quantity and pattern of accumulation resulting from logging may be evaluated statistically. Tested near Calgary. Discussion, p. 95.]Google Scholar
Grasty, R. L., An experimental gamma-ray spectrometer snow survey over southern Ontario, [by] Grasty, R. L. Loijens, H. S. Ferguson, H. L. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 579–93.) [With equipment and procedures described, average water equivalent of snow-pack over 16 km sections was measured to accuracy of 12 cm using potassium count information and to 17 cm using total radioactivity.]Google Scholar
Grummitt, W. E. Prantl, F. A. Use of thermoluminescent dosimeters for studies of the snow cover. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 642–50.) [Discusses feasibility of method for measuring snow depth.]Google Scholar
Gudmandsen, P. . Radiaglaciology. Soundings near Isua, southwest Greenland, by P. Gudmandsen, N. Skon and F. Søndergaard. Lyngby, Technical University of Denmark, Electromagnetics Institute,1974. (D 224.) [27] leaves. [Presents description of method and results of measuring ice thicknesses in this area.]Google Scholar
Hasholt, B. Random sampling technique in measuring snow-water equivalent in a drainage basin, (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 680–87.) [Equipment and technique described and used in Danish conditions where snow cover is thin.]Google Scholar
HelimÄki, H. Lanoe, A. Snow plate experiments on standard rain-gauge deficiency during snowfall. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 664–69.) [Describes instrument.]Google Scholar
Jirberu, R. J., Application of SLAR for monitoring Great Lakes total ice cover, [by] Jirberg, R. J. Schertler, R. J. Gedney, R. T. H. Mark. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 402–11.) [Presents series of X-band side-looking airborne radar (SLAR) images showing development and disintegration of Lake Erie ice cover for winter 1972–73. Compares satisfactorily with ground observations.]Google Scholar
Jones, E. B., Areal snowpack water-equivalent determinations using airborne measurements of passive terrestrial gamma radiation, [by] Jones, E. B. Fritzsche, A. E. Burson, Z. G. Burge, D. L. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 594–603.) [Determines water equivalent of snow cover over flat or rolling terrain to within ±12 cm for spatial resolution of48 km using photopeak area technique.]Google Scholar
Jumikis, A. R. Dielectric constants in the management of freezing systems. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 753–64.) [Summary and expansion of discussion concerning papers presented by Linlor, W. I. Smith, J. L. by Linlor, W. I. Meier, M. F. Smith, J. L. at symposium (ibid., p. 720–28 p. 729–36).]Google Scholar
Keys, J. E.. Radar measurement of ice drift in Robeson Channel, 1972, by Keys, J. E. Moira Dunbar, D. J. Finlayson Moffat, J. W. Ottawa, Dept. of National Defence, Research and Development Branch. Defence Research Establishment Ottawa,1974. [46] p. (DREO Technical Note No. 74–21.) [Describes technique using X-band radar mounted on a cliff to track transponders placed on ice. Presents preliminary findings.]Google Scholar
Knizhniko, Yo.U. F. krupnomasshtabnoy perspektivnoy aerofotos”yemke lednikov s vertoleta [On large-scale perspective air photography of glaciers from a helicopter]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniye, Vyp. 23, 1974, p 238–41. [Discusses method. English summary p 241.]Google Scholar
Komarov, V. D. Snowmelt runoff investigations for developing forecast methods. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973. Vol. 2, p. 1083–88.) [Discusses parameters that affect accuracy of forecasts, and evaluates present methods of basin observations that serve as model inputs.]Google Scholar
Kravtsova, V. I. , Ispol’zovaniye kosmicheskikh snimkov dlya izucheniya snezhno-lednikovogo kompleksa b gorakh [Use of space imagery for the study of complexes in mountains]. [By] Kravtsova, V. I. Labutina, I. A. Tushinskiy, G. K. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya. Vyp. 23, 1974, p 174–80. [Discusses many applications of space imagery in Soviet glaciological work. English summary, p. 180.]Google Scholar
Khousk, H. R. Stable isotopes in the study of snow and ice resources. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy cf Sciences, 1974, p 651–60.) [Reviews techniques.]Google Scholar
Kudryashov, B. B. Fisenko, V. F. teorii bureniya-protaivaniya snezhno-firnovykh otlozheniy i l’dov Antarktidy [The theory of thermal drilling of snow firns and ice of Antarctica]. Antarktika. Doklady Komissii, Vyp. 12, 1973, p 153–58.Google Scholar
Kudryashov, B. B., Teoriya i praktika bureniya-protaivaniya v Antarktide [Theory and practice of thermal drilling in Antarctica]. [By] Kudryashov, B. B. N. Ye. BobiI, n. N. Slyusarev, G. K. Stepanov Fisenko, V. F. Chistyakov, V. K. Materialy, Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 22, 1973, p 71–77. [Describes equipment and use in Antarctic conditions. English summary, p. 77.]Google Scholar
Lauer, D. T. Draeger, W. C. Techniques for determining areal extent of snow in the Sierra Nevada Mountains using high altitude aircraft and spacecraft imagery. (In Santeford, H.s.,Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington. D.C., National Academy of Sciences. 1974, p 532–40.) [Sequential air photography, ERTS-1 imagery and ground data were used to develop an image interpretation key for estimating areal extent of snow in forested areas, and for developing an analysis technique for estimating extent of snow cover on satellite imagery.]Google Scholar
Leader, R. E. Meteor burst communication. (In Santeford, H. S. SmitL, h. J., comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 737–47.) [Discusses application to remote data acquisition and control. System is suitable for low data-rate telemetry such as that encountered in hydrological and meteorological data sensing.]Google Scholar
Limpert, F. A. Smith, J. L. Utility of isotope profiling snow gage for water management. (In Santeford, H. S. Smith, J. L., camp. Advanced concepts and techniques in the study of snow and ice resources. … Washington. D.C., National Academy of Sciences.1974. p. 624–31.) [Describes profiler system, method for translating field measurement data to management use. and existing and proposed utilization of data for management purposes.]Google Scholar
Ling, C. H. Untersteiner, N. On the calculation of the roughness parameter of sea ice. Journal of Geophysical Research, Vol. 79, No. 27, 1974, p 4112–14. [Describes method for calculating roughness parameter z 0 of sea ice from velocity profiles. Instead of conventional procedure of determining individual z 0 for each observed velocity profile, method uses number of profiles to find single value for z 0]Google Scholar
Linlor, W. I. Snowpack water content by remote sensing. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 713–26.) [Describes electromagnetic systems. Discussion, p. 726.]Google Scholar
Linlor, W. I. SMITH, J. L. Electronic measurements of snow sample wetness. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 720–28.) [Two methods described, one based on measuring capacitance of sample before and after freezing and the other on in situ measurements of dielectric loss of sample in high frequency field.]Google Scholar
Linlor, W. I., Microwave profiling of snowpack free-water content, [by] Linlor, W. I. Meier, M. F. Smith, J. L. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1074, p 729–36.) [Proposes microwave system operating in range (1 to 10) × 109 Hz to measure amount of liquid-phase water in snow-pack, attenuation of beam between source and receivers being produced by water in snow.]Google Scholar
Lougeav, R. Detection of buried glacial and ground ice with thermal infrared remote sensing. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 487–93.) [Method based on close correlation between surface temperature, and thus emitted terrestrial radiation, and thickness of detritus.]Google Scholar
Mcclain, E. P. Some new satellite measurements and their application to sea ice analysis in the Arctic and Antarctic. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 457–66.) [Describes and discusses performance of NOAA-2 satellite carrying a very high resolution radiometer (VHRR) capable of 1 km ground resolution in visible and thermal infra-red portions of the spectrum.]Google Scholar
Mcginnis, D. F. Detecting melting snow and ice by visible and near-infrared measurements from satellites. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 751–61.) [During melting, near-infra-red radiation is strongly absorbed, whereas visible radiation is strongly reflected. Examples presented from Canada and the Alps. Discussion, p. 760–61.]Google Scholar
Mcginnis, D. F. Satellite detection of melting snow and ice by simultaneous visible and near-IR measurements. Proceedings of the eighth International Symposium on Remote Sensing of Environment …1972. … Ann Arbor. Willow Run Laboratories, Environmental Research Institute of Michigan, Vol. 1, [1973], p. 231–40. [Comparison of simultaneous visible and near-infra-red imagery from Nimbus-III satellite provides method for monitoring melting of snow and ice that may be applied to snow-pack run-off prediction, flood forecasting and lake navigation.]Google Scholar
Mcgown, A. Derbyshire, E. Technical developments in the study of particulate matter in glacial tills. Journal of Geology, Vol. 82, No. 2, 1974, p 225–35. [Describes several techniques for laboratory and field use.]Google Scholar
Makarevich, T. N. , Duration of ice phenomena and possibilities of its forecasting (for the Danube), [by] Makarevich, T. N. Yefrimova, Z. A. Savina, L. K. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1243–50.) [Two methods suggested.]Google Scholar
Marko, J. R. Gower, J. F. R. An assessment of the uses of ERTS-1 Arctic imagery. Victoria, B. C. Knvironment Canada. Fisheries and Marine Service, Marine Sciences Directorate,1974. 36 p. (Pacific Marine Sciences Report 74–8.) [Summary and evaluation of this technique in monitoring movements, growth and melting of ice. Inside cover: “This is a manuscript which has received only limited circulation”.]Google Scholar
Meier, M. F. Measurement of snow cover using passive microwave radiation. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 739–50) [Presents results supporting use of this method for measuring snow distribution. Discussion, p. 750.]Google Scholar
Miller, L. Miller, D. The computer as an aid in avalanche hazard forecasting. (In SanteforS, d. H., Smith, .J. L., comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 356–62.) [Preliminary results indicate that rapid accurate forecasts can be made using a selective regression programme. Method based on 21 years’ daily weather and avalanche observations.]Google Scholar
Murakami, M. Method of forecasting date of breakup of river ice. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1231–37.) [Based on data from Harbin, north-east China. 1919–41.]Google Scholar
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Schertler, R. J., Application of thermal imagery to the development of a Great Lakes ice information system, [by] Schertler, R. J. Raquet, C. A. Svehla, R. A. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 513–22.) [Reviews preliminary findings. Relative thicknesses of ice may be delineated and new ice differentiated from open water and thicker ice.]Google Scholar
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Tsurikov, V. L. K. voprosu o temperature zemerzaniya morskoy vody [The freezing temperature of sea water]. Okeanologiya. Tom 14, Vyp. 2, 1974, p 263–68. [Reviews various methods. English summary, p. 268.]Google Scholar
Vickers, R. S. Rose, G. C. High resolution measurements of snowpack stratigraphy using a short pulse radar. Proceedings of the eighth International Symposium on Remote Sensing of Environment. …1972. … Ann Arbor, Willow Run Laboratories, Environmental Research Institute of Michigan, Vol. 1, [1973], p. 261–77. [Shows that short-pulse radar technique may be used for remote sensing of depth or density of snow-pack, and water equivalent may also be measured as long as significant quantities of free water are not present.]Google Scholar
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Vickers, W. W., Polar region snow stratigraphy techniques applied to commercial problems, [by] Vickers, W. W. Lopez, M. E. J. Branch. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 30–38.) [Technique was used to measure small quantities of precipitation associated with weather modification experiments and in studying snow erosion in proposed ski slope area.]Google Scholar
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Williams, P. J. Burt, T. P. Measurement of hydraulic conductivity of frozen soils. Canadian Geotechnical Journal, Vol. 11, No. 4, 1974, p 647–50. [Describes experimental technique]CrossRefGoogle Scholar
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Physics of ice

Bilgram, J. H. Phase equilibria and point defects in ice. Physics of Condensed Matter, Vol. 18, No.4. 1974, p 263–73. [General theory of point defects in crystals derived using chemical potentials and applied to Bjerrum defects in ice.]Google Scholar
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Bozzo, A. T., The properties of the hydrates of chlorine and carbon dioxide, [by] Bozzo, A. T. H.-S. Chen, J. R. Kass Barduhn, A. J. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea,4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 437–51.) [Determination of phase diagrams.]Google Scholar
Burton, W. R. Lloyd, A. I. Design features of secondary refrigerant freezing plants. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 261–90.) [Describes process for desalination by freezing that has been developed to large scale and can give estimate of commercial cost.]Google Scholar
Chen, E. C., Spreading of crude oil on an ice surface, [by] Chen, E. C. K, J. C. Overall and Phillips, C. R. Canadian Journal of Chemical Engineering, Vol. 52, No. 1, 1974, p 71–74. [Results of laboratory studies.]Google Scholar
Denton, W. H., Experimental studies on washing and melting ice crystals in the immiscible refrigerant freezing process, [by] Denton, W. H. S, M. J. Smith, J. T. Klaschka R. Forgan, H. R. Diffey Rumary, C. H. Dawson, R. W. Desalination, Vol. 14, No. 3, 1974, p 263–90. [Description of large-scale experimental study. Also published in: European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 291–311.]Google Scholar
Evans, T. W., Models of secondary nucleation attributable to crystal-crystallizer and crystal-crystal collisions, [by] Evans, T. W. Sarofim, A. F. G. Margolis. A.I.Ch.E. Journal, Vol. 20, No. 5, 1974, p 959–66. [Theory of process of generation of secondary nuclei during freezing of water.]Google Scholar
Foss, S. D. Fan, S. S. T. Approximate solution to the freezing of the ice-water system with constant heat flux in the water phase. Water Resources Research, Vol. 10, No. 3, 1974, p 511–13. [Obtained by utilizing assumption of quasi-steady-state profile for solution to Stefan problem, and applies to two hypothetical cases.]Google Scholar
Fournier, J., Water desalination by natural freezing, [by] J. Founder, J. L. Orange and S. Vergara. Desalination, Vol. 15, No. 2, 1974, p 167–75. [Salt water can be frozen by being exposed to the night sky in northern Chile, and this can give fresh water in the Atacame desert. Also published as “Dessalement de l’eau par congélation naturelle” in: European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea, 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 321–29.]Google Scholar
Frasek, J. H. Olsson, T. A. An economic analysis of the Avco crystallization process. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea, 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 331–42.) [Costs a promising method for freezing desalination.]Google Scholar
Gangwani, G. S. Kothari, L. S. Incomplete neutron thermalization in light water ice at 77, 21 and 4 K. Nuclear Science and Engineering, Vol. 55, No. 2, 1974, p 242–43. [Cooling an ice moderator below 40 K does not change neutron energy. A theoretical model is used to show this would not occur if absorption in ice were less.]Google Scholar
Gerard, N. Pernolet, R. A study of the process of formation of ethylene and ethane clathrate hydrate by thermogravimetry and X-ray diffraction. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 453–60.) [Formation process studied and crystal structure determined.]Google Scholar
Gerber, H. E. Freezing water with sized AgI particles. Dissertation Abstracts International, B, Vol. 34, No. 9, 1974, p 4566-B. [Experiments on effectiveness as ice nuclei of particles of various sizes and comparison with theory. Abstract of Ph.D. thesis, Colorado State University. University Microfilms order no. 74–5421.]Google Scholar
Gibson, W., Spray freezer and pressurized counterwasher for freeze desalination, [by] Gibson, W. Emmermann, D. Grossman, G. Johnson, R. Modica, A. Pallone, A. Desalination, Vol. 14, No. 3, 1974, p 349–62. [Description of method of freezing a spray of water using an immiscible refrigerant. This gives ice platelets without dendrites. Also published in: European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 343–55.]Google Scholar
Haida, O., Calorimetric study of the glassy stat Enthalpy e. Xrelaxation at the glass-transition temperature of hexagonal ice, [by] Haida, O. Matsuo, T. Suga, H. Seki, S. Journal of Chemical Thermodynamics. Vol. 6, No. 9, 1974, p 815–25. [Anomaly in heal capacity of ice Ih found at c. 100 K. Spontaneous temperature changes during annealing near 100 K followed. Results interpreted in terms of proton ordering and thermal parameters deduced.]Google Scholar
Higasht, A. Growth and perfection of ice crystals. Journal of Crystal Growth, Vols. 24–25, 1974, p 102–07. [Study of dislocations in ice crystals shows Bridgman method can give dislocation densities as low as 102 cm−2 whereas Czochralski method gives 104 cm−2.]Google Scholar
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Inchackal, J. J. Dielectric properties of pure and KF doped hexagonal ire. Dissertation Abstracts International, B, Vol. 35, No. 5, 1974. p. 2374-B. [Measurements down to −90° C and from 50 to 20 000 Hz. Abstract of Ph.D. thesis. Saint Louis University,1973. University Microfilms order no. 74–24099.]Google Scholar
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Jackson, K. A. The present state of the theory of crystal growth from the melt, Journal of Crystal Growth, Vols. 24–25. 1974, p 130–36. [Recent advance in our understanding of this reviewed.]Google Scholar
Johari, G. P., Dielectric properties of ice VII and VIII and the phase boundary between ice VI and VII, [by] Johari, G. P. A. Lavergne and E. Whalley. Journal of Chemical Physics, Vol. 61, No. 10, 1974, p 4292–300. [Dielectric properties of ice VII give correlation parameter on half that for ice I; this suggests dipoles are more antiparallel than randomness would dictate and entropy of transition from ice VI to ice VII and ice VIII confirms this.]Google Scholar
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Khorguani, V. G. , L’doobrazuyushchaya aktivnost’ aerozoley AgI i PbI2 poluchennykh pri vzryve [Ice-forming activity of silver iodide and lead iodide aerosols obtained by explosion]. [By] Khorguani, V. G. Zhikharev, A. S. Myakon, G. B.’kiy. Izuestiya Akademii Nauk SSSR. Fizika Atmosfera i Okeana, Tom 10, No. 1, 1974, p 100–04. [Description of tests.]Google Scholar
Kroh, J., On electron tunnelling in γ-irradiated frozen matrices, [by] Kroh, J. Stradowski, C. Bartczak, W. Chemical Physics Letters, Vol. 27, No. 3, 1974, p 387–88. [Discussion of paper by Miller, J. R. ibid., Vol. 22, No. 1, 1973, p 180–82, on tunnelling of trapped electrons in γ-irradiated alkaline ice in presence of scavengers.]Google Scholar
Kvlividze, V. I., The mobile water phase on ice surfaces, [by] Kvlividzc, V. I. Kiselev, V. F. Kurzayev, A. B. Ushakova, L. A. Surface Science, Vol. 44, No. 1, 1974, p 60–68. [Nuclear magnetic resonance of finely dispersed ice has narrow central signal attributable to surface-mobile water.]Google Scholar
Lamb, D. Scott, W. D. Mechanism of ice crystal growth and habit formation. Journal of the Atmospheric Sciences, Vol. 31, No. 2, 1974, p 570–80. [Remarkable temperature dependence of all growth variables on faces of ice crystal attributed to formation of multiple layers of adsorbed water molecules.]2.0.CO;2>CrossRefGoogle Scholar
Langham, E. J. Network geometry of veins in polycrystalline ice. Canadian Journal of Earth Sciences, Vol. 11, No. 9, 1974, p 1274–79. [Geometrical constraints are discussed and a model proposed.]Google Scholar
Lentz, B. R., Vibrational frequencies of water clusters, [by] Lentz, B. R. Hagler, A. T. Scheraga, H. A. Journal of Physical Chemistry, Vol. 78, No. 18, 1974, p 1844–47. [Theoretical studies which lead to interpretation of internal normal mode frequency spectrum of ice I.]Google Scholar
Levi, L., Structure of ire grown from droplet accretion and solidification processes, [by] Levi de Achaval , L.E. M. Lubart., L. Journal of Crystal Growth, Vol. 22, No. 4, 1974, p 303–10. [Study of c-axis orientation relative to growth direction for various ambient and deposition temperatures.]Google Scholar
Nagle, J. F. Dielectric constant of ice. Journal of Chemical Physics, Vol. 61, No. 3, 1974, p 883–88. [Theory of dielectric permittivity of ice on Berual–Fowler-Pauling model relaxed to allow Bjerrum faults.]Google Scholar
Omran, A. M. King, C. J. Kinetics of ice crystallization in sugar solutions and fruit juices. A.I.Ch.E. Journal, Vol. 20, No. 4, 1974, p 795–803. [Secondary nucleation kinetics derived from experiments with various solutes, supersaturations, and supercoolings.]Google Scholar
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Pennino, U., Polarization phenomena induced by cracks in Ih ice crystals, by Pennino, U. del. Loria, A. Mantovani, S. Mazzega, E. Nuovo Cimento della Soeietà Italiana di Fisica, Ser. 11, Vol. 24B, No. 1, 1974, p 108–20. [Large potentials observed when ice cracked mechanically on prismatic planes. Decay observed consistent with L-defect mechanism. Italian and Russian abstracts, p. 120.]Google Scholar
Perry, J. W. Complex refractive index of ice fog at a radio wavelength of 3 mm. Dissertation Abstracts International, B, Vol. 34, No. 9, 1974. p. 4381-B. [Measurements in resonant cavity used to measure this, also measurements on ice slabs at 97 GHz. Abstract of Ph.D. thesis, University of Texas at Austin,1973. University Microfilms order no. 74–5310.]Google Scholar
Pinto, A. C., Study of the project and operation parameters in a freezing pilot plant with secondary refrigerant, [by] Pinto, A. C. Lacava, G. Passino, R. Rozzi, A. Santori, M. Spinosa, L. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 313–20.) [Description of testing of pilot plant.]Google Scholar
Rautenbach, R. Pennings, P. Untersuchungen zur Waschung von Hydrat- und Eiskristallen nach dem Gegenstrom-Prinzip. (In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973, Vol. 3, p. 471–76.) [Method of separating and washing ice and hydrate crystals forming in brine.]Google Scholar
Rohatgi, P. K., Effect of magnetic and electrical fields on dendritic freezing of aqueous solutions of sodium chloride, [by] Rohatgi, P. K. Jain, S. M. Adams, C. M. Jr. Materials Science and Engineering, Vol. 15, Nos. 2–3, 1974, p 283–90. [Experiments on both droplet and bulk freezing. Magnetic fields give change in dendrite structure; electric fields do not.]Google Scholar
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Shen, J. HAI. MA. Water adsorption and ice nucleation on silicas and silicates. Dissertation Abstracts International. B, Vol. 35, No.4.1974. p. 1602-B. [Study of mechanism of ice nucleation in water in process of adsorption. Abstract οf Ph.D. thesis, Lehigh University,1974. University Microfilms order no. 74–21440.]Google Scholar
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Southern, E. The friction of rubber on ice. Chemistry and Industry (London), 1974, No. 7, p. 286–88. [Experiments on friction of tyres on ice. High coefficients of friction can be achieved.]Google Scholar
Stepakoff, G. L., Development of a eutectic freezing process for brine disposal, [by] Stepakoff, G. L. Siegelman, D. Johnson, R. Gibson, W. Desalination, Vol. 15, No. 1, 1974, p 25–38. [Laboratory study of the process of freezing brine at the eutectic shows that ice and salt crystals form two distinct phases which can subsequently be separated. Also published in European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea, Heidelberg, 9–14 September 1973 Vol. 3, p. 421–33.]Google Scholar
Vant, M. R., Dielectric properties of fresh and sea ice at 10 and 35 GHz, [by] Vant, M. R. Gray, R. B. Ramseier, R. O. V. Makios. Journal of Applied Physics, Vol. 45, No. 11, 1974, p 4712–17. [Results presented and interpreted on dielectric model for sea ice.]Google Scholar
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Wilms, D. A. Haute, A. A. VAN Determination of the composition of a gas hydrate by the method of Miller and Strong, applying the solid solution theory. [In European Federation of Chemical Engineering. Working Party on Fresh Water from the Sea. 4th International Symposium on Fresh Water from the Sea. Heidelberg, 9–14 September 1973 Vol. 3, p. 477–84.) [Corrects an error in the theory of this method of determining clathrate composition.]Google Scholar

Land Ice. Glaciers. Ice shelves

Aliverti, G., Sopra un “surge” di acqua accaduto sul ghiacciaio del Lys (Monte Rosa), [by] Aliverti, G.P. Colombino e A. de Maio. Bollettino del Comitato Glaciologica Italiana, Ser, 2, No. 21, 1973, p 7–18. [Describes water surge on this Italian glacier, first observed in December1971.]Google Scholar
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Icebergs. Sea, river and lake ice

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Williams, G. P. A case history of forecasting frazil ice. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p. 1212–23.) [Twenty years’ records of blockage of intake racks by frazil ice at power plants on the Ottawa River were examined to define weather conditions and heat losses under which frazil ice occurred. Discussion p 1222–23.]Google Scholar
Yefremova, N. D. Short-range forecasting of floating ice on rivers, lakes, and reservoirs. [ In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1238–42.) [Based on Shuliakovskiy’s method.]Google Scholar
Yeskin, L. I. O. dreyfa l’da v more Kosmonavtov [Ice drift in the “Sea of Cosmonauts”]. Informatsionnyy Byulleten’ Sovetskoy Antarkticheskiy Ekspedilsii, No. 88, 1974, p 50–51. [Near “Molodezhnaya”.]Google Scholar
Zhdanov, L. A. Ispol’zovaniye sputnikovoy informatsii dlya analiza ledovoy obstanovki v Antarktike [Use of satellite information in the analysis of ice conditions in the Antarctic]. Antarktika. Doklady Komissii, Vyp. 12,1973. p. 102–19. [Sea ice.]Google Scholar

Glacial geology

Alford, D. L. Cirque glaciers of the Colorado Front Range: mesoscale aspects of a glacier environment. Dissertation Abstracts International, B, Vol. 34, No. 7, 1974, p 3341-B. [Mass balance studies on 13 small cirque glaciers leads to concept of “orientation gradient” analogous to “energy of glacierization” of larger glaciers. Abstract of Ph.D. thesis, University of Colorado,1973. University Microfilms order no. 73–32503.]Google Scholar
Allard, M. Géomorphologie des eskers abitibiens. Cahiers de Géographie de (Québec, Vol. 18, No. 44, 1974, p 271–96 [Describes and discusses formation of eskers in Abitibi region of north-western Quebec, Canada.]Google Scholar
Alley, N. F. Harris, S. A. Pleistocene glacial lake sequences in the Foothills, southwestern Alberta. Canadian Journal of Earth Sciences, Vol. 11, No. 9, 1974, p 1220–35. [Describes sequence and extent of lakes, relaies lacustrine and fluvio-lacustrine features to sequence, and substantiates stratigraphie evidence for non-synchroneity of Laurentide and Cordilleran ice maxima in south-western Alberta.]Google Scholar
Aseyev, A. A. Problemy geomorfologii oblasley drevnikh materikovykh oledeneniy i ikh znacheniye dlya glyatsiologii [Geornorphological problems of areas of former continental glaciers and their role for glaciology]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 83–86. [English summary p 86.]Google Scholar
Balkwill, H. R., Glacial features and pingos, Amund Ringnes Island, Arctic Archipelago, [by] Balkwill, H. R. Roy, K. J. Hopkins, W. S. Sliter, W. V. Canadian Journal of Earth Science, Vol. 11, No. 9, 1974, p 1319–25. [Evidence of Pleistocene glaciation includes striations and grooves in bedrock, striated erratics, and possible eskers and kames. Comments upon unusual cluster of pingos.]Google Scholar
Behling, R. E., Soil and glacial history studies in Wright Valley (revisited), [by] Behling, R. E. Reger, J. P. Calkin, P. E. Antarctic Journal of the United States, Vol. 9, No. 4, 1974, p 148–49. [Re-examines evidence on alpine glaciations in this region of Antarctica, based on 1973–74 field observations.]Google Scholar
Belloni, S. Ricerche lichenometriche in Valfurva e nella Valle di Solda. Bollettino del Comitato Glaciologico Italiano, Ser. 2, No. 21, 1973, p 19–33. [Lichenometric measurements at snout of Solda glacier, Italy, enable position during last 500 years to be determined.]Google Scholar
Black, R. F. Late-Quaternary sea level changes, Umnak Island, Aleutians—their effects on ancient Aleuts and their causes. Quaternary Research, Vol. 4, No. 3, 1974, p 264–81. [Discusses post-glacial radiocarbon-dated ash sequence and describes geologic evidence for sea-level changes. Reviews causes of relative sea-level changes on island (eustatic, tectonic, volcanic, and glacial and water isostatic effects). Discusses effects of late Quaternary sea-level changes on migration and environment of ancient Aleuts.]Google Scholar
Curl, J. E. Tenbrink, N. W. Glaciology and glacial chronology in the South Shetland Islands. Antarctic Journal of the United States, Vol. 9, No. 4, 1974, p 168–71. [Analysis of ice cores should result in complete chronology of glacier arid sea-level fluctuations.]Google Scholar
Currey, D. R. Probable pre-neoglacial age of the type Temple Lake moraine, Wyoming. Arctic and Alpine Research, Vol. 6, No, 3, 1974, p 293–300. [Evidence includes minimum limiting date of 6 500±230 14C years B.P. from base of bog on type moraine.]Google Scholar
Danilov, I. D. Problemy razvitiya polyarnogo shel’fa Yevrazii i yego poberezhiy v kaynozoye [Problems of the development of Eurasia’s polar shelf and its coasts in Caiuozoic times]. Vestnik Moskouskogo Universiteta. Seriya Geografiya, 1974, No. 1, p. 31–37. [English summary p 37.]Google Scholar
Demek, J. Die Klimamorphologie des vulkanischen Gebietes von Changbai-šan in der Koreanischen Volks-demokratischen Republik. Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 17, 1973, p 58–71. [Presents evidence of Pleistocene glaciation in Korea, including observations on corries and moraines.]Google Scholar
Denton, G. H. Quaternary glaciations of the White River valley, Alaska, with a regional synthesis for the northern St. Elias Mountains, Alaska and Yukon Territory. Geological Society of America. Bulletin, Vol. 85, No. 6, 1974, p 871–92. [Discusses Quaternary stratigraphy and chronology of area, and suggests climatic implications.]Google Scholar
Denton, G. H. Rorns, H. W. Former grounded ice sheets in the Ross Sea. Antarctic Journal of the United States, Vol. 9, No. 4, 1974, p167. [Reports work on mapping and dating moraines and erosional features associated with the ice sheet grounded within the last1.2 million years.]Google Scholar
Dik, I. P. Drevneye oledeneniye Tokinskogo Stanovika (Yuzhnaya Yakutiya) [Ancient glaciation of Tokinskiy Stanovik (southern Yakutiya)]. Izvestiya Akademii Nauk SSSR. Seriya Geograficheskaya, 1974, No. 1, p. 96–100. [Quaternary glaciation.]Google Scholar
Engl, J. A note on the Holocene history of a portion of northernmost Ellesmere Isl. Arctic, Vol.27. No. 2, 1974, p 154–57. [Comments on article by Lyons, J. B. Mielke, J. E. ibid., Vol. 26, No. 4, 1973, p 314–23.]Google Scholar
Evans, I. S. Cox, N. Geomorphometry and the operational definition of cirques. Area (Cambridge), Vol. 6, No. 2, 1974, p 150–53. [Discusses how to define and measure a cirque in the light of recent confusion.]Google Scholar
Fliri, F. B. eiträge zur Geschichte der alpinen Würmvereisung: Forschungen am Bänderton von Baumkirchen (Inntal, Nordtirol). Zeitschrift für Geomorphologie, Nene Folge, Supplementbd. 16, 1973, p 1–14. [Discusses dating of Würm glaciation of the Inn valley, Austria.]Google Scholar
Grosval’D, M. G. Pokrovnyye ledniki morey i ikh rol’ v glyatsial’nom morfolitogeneze [Ice sheets of the sea and their role in glacial morpholithogenesis]. Materialy Glyatsiolagicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 68–77. [During the Cainozoic, nearly half the ice existed as ice shelves or as ice sheets grounded below sea-level. English summary p 77.]Google Scholar
Gustavson, T. C. Fluvial and lacustrine sedimentation in the proglacial environment, Malaspina Glacier foreland, Alaska. Dissertation Abstracts International, B, Vol. 34, No. 6, 1973, p 2714–8. [Description of these varved sediments currently being formed. Abstract of Ph.D. thesis, University of Massachusetts,1973. University Microfilms order no. 73–32801.]Google Scholar
Hastenrath, S. Glaziale und periglaziale Formbildung in Hoch-Semyen, Nord-Äfhiopien. Erdkunde, Bd. 28, Ht. 3, 1974, p 176–86. [Presents observations on altitudinal zonation of periglacial phenomena and on moraines and cirques in this mountainous region of Ethiopia.]Google Scholar
Heusser, C. J. Quaternary vegetation, climate, and glaciation of the Hoh River valley, Washington. Geological Society of America. Bulletin, Vol.85. No. 10, 1974, p 1547–60. [Takes into account palynologic and related studies having to do with recognition and chronology of glacial events, as well as vegetational and climatic changes in valley.]Google Scholar
Ivanovskiy, L.N. Rayony drevnego oledeneniya i ob”yem l’da pozdnepleystotsenovykh lednikov Altaya [Areas of former glaciation and volume of ice in late Pleistocene glaciers of the Altay]. Materialy Glyatsiologicheskikh Issledavaniy. Khronika. Obsuzhdemya, Vyp. 23, 1974, p 130–35, [Presents reconstruction of events. English summary p 135.]Google Scholar
KÁdÁR, L. On Cenozoic and older glaciations. Geoforum (Oxford). [No.] 15, 1973, p 7–13. [Maintains that it is incorrect to speak of glacial and interglacial periods in a global sense, since polar wandering and alterations in intensity of solar radiation and in atmospheric processes influence climatic zones and cause alternation of periglacial and interperiglacial periods in belts round polar ice caps.]Google Scholar
Karczewski, A. Structural features of kame forms as an expression of the dynamics of morphogenetic environment. Quaestiones Geographical (Poznań), [No.] 1, 1974, p 53–63. [Discusses formation of kames.]Google Scholar
Kidson, C., The Burtle Beds of Somerset—glacial or marine? [By] Kidson, C.J. R. Haynes A. Heyworth. Nature, Vol. 251, No. 5472, 1974, p 211–13. [Presents evidence suggesting marine origin.]Google Scholar
Korotun, I. N. Rekonstruktsiya pozdnepleystotsenoyykh i golotsenovykh lednikov v basseync reki Baksan (Kavkaz) [On the reconstruction of the late Pleistocene and Holocene glaciers in the river Baksan basin (Caucasus)]. Materialy Glyatsiologicheskikh Issledavaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 123–30. [Geomorphological, lichenometrical and dendrochronological studies. English summary p 130.]Google Scholar
Kurimo, H. Virtaviivaiset muodot jään liikuntojen kuvastajina Posion-Kuusamon alueella [Stream-line features as indications of ice movement in the Posio-Kuusamo area]. Terra, Vol. 86, No. 2, 1974, p 52–61. [Northeast Finland. Features include drumlins and fluted surfaces. English abstract p52.]Google Scholar
Lavrov, A. S. Drevneye oledeneniye severo-vostoka russkoy ravniny [Ancient glaciation of the north-east Russian plain]. Izvestiya Akademii Nauk SSSR. Seriya Geograficheskaya, 1973, No. 6, p. 29–38. [Study of deposits and relief of region as indicators of effects of glaciation.]Google Scholar
Mayewski, P. A. Glacial geology and late-Cenozoic history of the Trans-Antarctic Mountains, Antarctica. Dissertation Abstracts International, B, Vol. 34, No. 8, 1974, p 3859-B-60-B. [Study of glacial history of Antarctica and estimates of ice volumes at glacial maxima. Abstract of Ph.D. thesis, Ohio State University,1973. University Microfilms order no. 74–3248.]Google Scholar
Metz, B. Nolzen, H. Neue Ergebnisse aus dem Vorfeld des Grünauferners (Stubaier Alpen/Tirol). Ein Beitrag zur Datierung postglazialer Gletscherhochstände. Zeilschrift für Geomorphologie, Neue Folge, Supplementbd. 16, 1973, p 73–89. [Attempt to find evidence for extent of Grünauferner, Austria, during post-Pleistocene readvance.]Google Scholar
Mickelson, D. M. Berkson, J. M. Till ridges presently forming along above and below sea level in Wachusett Inlet, Glacier Bay, Alaska. Geografiska Annaler, Vol. 56A, Nos. 1–2, 1974, p 111–19. [Describes appearance and composition of till ridges forming along calving margin of Plateau Glacier.]Google Scholar
Miller, C. D. Birkel, P. W. Probable pre-neoglacial age of the type Temple Lake moraine, Wyoming: discussion and additional relative-age data. Arctic and Alpine Research, Vol. 6, No. 3, 1974, p 301–06. [Comments on Currey, D. R.’s article, ibid., p. 293–300.]Google Scholar
Myagkov, S. M. Istoriya oledeneniya dolin Rayta, Teylora i Ferrara (Zemlya Viktorii, Antarktida) [History of the glaciation of the Wright, Taylor and Ferrar valleys (Victoria Land, Antarctica)]. Antarktika. Doklady Kotnissii, Vyp. 13, 1974, p 5–11.Google Scholar
Patzelt, G. Die postglazialen Gletscher- und Klimaschwankungen in der Venedigergruppe (Hohe Tauern, Ostalpen). Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 16, 1973, p 25–72. [Age of postglacial moraines of valley glaciers in this region of Austria studied in order to correlate glacial and climatic history of region.]Google Scholar
Reinhard, H. Genese des Nordseeraumes im Quartär. Fennia, 129, 1974, 96 p. [Development of North Sea area during Quaternary glaciations.]Google Scholar
Rotnicki, K. Slope development of Riss glaciation end moraines during the Würrn; its morphological and geological consequences. Quaestiones Geographicae (Poznań), [No.] 1, 1974, p 109–39. [Slope evolution in Poland.]Google Scholar
Rudberg, S. Glacial erosion forms of medium size—a discussion based on four Swedish case studies, Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 17, 1973, p 33–48. [Examples of Pleistocene erosion from west and north-central Sweden.]Google Scholar
Saarnisto, M. The deglaciation history of the Lake Superior region and its climatic implications. Quaternary Research, Vol. 4, No.3. 1974, p 316–39. [Investigation of end moraines and pollen stratigraphy.]Google Scholar
Schermerhorn, L. J. G. Late Precambrian mixtites: glacial and/or nonglacial? American Journal of Science, Vol. 274, No. 7, 1974, p 673–82. [Widespread distribution of mixtites has led to concept of Precambrian ice age of such severity that ice caps existed in the present tropics. Theory examined and concluded to be unlikely.]Google Scholar
Schermerhorn, L. J. G. No evidence for glacial origin of late Precambrian tilloids in Angola. Nature, Vol. 252, No. 5479, 1974, p 114–15. [Questions validity of A. Kröner and H. Correia’s arguments, Nature, Physical Science, Vol. 246, No. 155, 1973, p 115–17. Reply by Kröner p 115–16.]Google Scholar
Scott, R. W. Successional patterns on moraines and outwash of the Frederika Glacier, Alaska. (In Bushnell, V. C. Marcus, M. G. ed. Icefield Ranges Research Project. Scientific results. Vol.4. New York, American Geographical Society; Montreal, Arctic Institute of North America, 1974, p 319–29.) [Vegetation patterns.]Google Scholar
Sellevoll, M. A. Sundvor, E. The origin of the Norwegian Channel—a discussion based on seismic measurements. Canadian Journal of Earth Sciences, Vol. 11, No. 2, 1974, p 224–31. [Results of survey between 59° 5’ and 63° N. show that channel is mainly result of sedimentation and glacial erosion during Quaternary.]Google Scholar
Semmel, A. Periglaziale Umlagerungszonen auf Moränen und Schotterterrassen der letzten Eiszeit im deutschen Alpenvorl. Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 17, 1973, p 118–32. [Describes debris blankets and zones of debris displacement from areas formerly covered by Rhine- and Ammerseegletscher. Probably originated under periglacial climatic conditions in late glacial period.]Google Scholar
shnitnikov, A. V. Degradatsiya poslednego oledeneniya v kotlovine ozera Chatyrkel’ (Tyan’-Shan’) [Degradation of the last glaciation in the basin of Ozero Chatyrkel’ (Tyan’-Shan’)]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 117–23. [Study of moraines shows how glacier in Kirgizskaya S.S.R. retreated, leaving behind present lake. English summary p 123.]Google Scholar
Sigafoos, R. S. Hendricks, E. L. Recent activity of glaciers of Mount Rainier, Washington. Botanical evidence of glacier activity. An investigation of the chronology of terminal and lateral moraines of eight glaciers at Mount Rainier, Washington. U.S. Geological Survey. Professional Paper 387-B, 1972, vi, 24 p. [Determines ages of young moraines, deposited recently in historical times, by determining ages of trees growing on them.]Google Scholar
Sissons, J. B. A late-glacial ice cap in the central Grampians, Scotl. Institute of British Geographers. Transactions, No. 62, 1974, p 95–114. [Evidence obtained to show existence of ice cap of area 300 km2, volume 32 km3, and average thickness nom, Former firn lines determined and inferences made about contemporary temperatures and distribution of precipitation.]Google Scholar
Soyuz, D. Studien zur Geomorphologie und zum letztglazialen Eisrückzug in den Gebirgen Süd-Lapplauds, Schweden. Geografiska Annuler, Vol. 56A, Nos. 1–2, 1974, p 1–71. [Geomorphology and retreat of ice during late glacial period in southern Lapland mountains.]Google Scholar
Surova, T. G. , Razvitiye oledeneniya Polyarnogo Urala v pozdnem pleystotsene i golotsene (v svyazi s izucheniyem otlozheniy lednikovo-podprudnykh ozer) [On the development of the glaciation of Polyarnyy Ural during the late Pleistocene and Holocene (in connection with the study of glacial lake deposits)]. [By] Surova, T. G. Troitskiy, L. S. Ya. Punning, M. K. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdcniya, Vyp. 23, 1974, p 61–68. [Study of glacial lakes and moraines formed during the Quaternary enables development of climate, vegetation and glaciation to be followed. English summary p 68.]Google Scholar
Terasmae, J. Deglaciation of Port Hood Island, Nova Scotia. Canadian Journal of Earth Sciences, Vol. 11, No. 10, 1974, p 1357–65. [Concludes deglaciation occurred more than 11 000 years No, B. P. evidence of more recent ice advance found on western Cape Breton Island.]Google Scholar
Troitskiy, L. S. Voprosy glyatsial’nogo morfogeneza (po issledovaniyam na Shpitsbergene, Novoy Zemle i Polyarnom Urale) [Problems of glacial morphogenesis (based on studies in Svalbard, Novaya Zemlya and Polyarnyy Ural)]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 105–09. [English summary p 109.]Google Scholar
Velichko, A. A. Lebedeva, I. M. Opyt paleoglyatsiologicheskoy rekonstruktsii dlya vostochnogo Pamira [An attempt at a palaeoglaciological reconstruction of the eastern Pamir]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 109–17. [Deals with type, age and climatic conditions of the last glaciation in Tadzhikskaya S.S.R. English summary p 117.]Google Scholar
Velichko, A. A. Lebedeva, I. M. Reconstruction of the upper Pleistocene glaciation of east Pamir. Geoforum (Oxford), [No.] 16, 1973, p 67–74. [Discusses age, type and climatic conditions of glaciation. Suggests maximum occurred 14 000–15 00 years B.P.]Google Scholar
Vinogradov, O. N. Konovalova, G. I. Problemy glyatsiomorfologicheskogo rayonirovaniya (na primere Tyan’-Shanya) [Problems of defining glaciomorphological regions (with reference to Tyan’-Shan’)]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 22, 1973, p 186–96. [Use of Katalog lednikav SSSR to distinguish types of glaciers. English summary p 196.]Google Scholar
Weidick, A. Investigations on the Quaternary deposits in the Fiskenæsset region, southern west Greenl. Grønlands Geologiske Undersøgelse. Rapport Nr. 65, 1974, p65.Google Scholar
Yevteyev, S. A. O. glyatsiogeomorfologii Antarktidy [On the glaciogeomorphology of the Antarctic]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 87–93. [Review. English summary p 93] Google Scholar

Frost action on rocks and soil. frozen ground. permafrost

Afanasenko, V. YF., Gigantskiye naledi v basseyne r. Selennyakh [Gigantic naleds in the Selennyakh river basin]. [By] Afanasenko, M. M. Koreysha, V. Ye. Romanovskiy, N. N. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 210–14. [Regime of this naled studied and results compared with those obtained in1939. Yakutskaya A.S.S.R. English summary p 214.]Google Scholar
Alekseyev, V. R. Causes and factors of ground-ice formation. Soviet Geography: Review and Translation. Vol. 15, No. 7, 1974. p. 395–407. [Discusses causes and factors in light of new definition of ground ice as product of layer-by-layer freezing of water of any origin. Translation of Doklady Instituta Geografii Sibiri i Dal’nego Vostoka, 1973, No. 39, p. 12–23.]Google Scholar
Banin, A. Anderson, D. M. Effects of salt concentration changes during freezing on unfrozen water content of porous materials. Water Resources Research, Vol. 10, No. 1, 1974, p 124–28. [Develops and tests experimentally equations necessary to calculate unfrozen water content in porous bodies containing solutes.]Google Scholar
Bleich, K. E. Zur Entstehung der Pingos im Mackenzie Delta N W T. Polarforschung, Jahrg. 44, Nr. 1, 1974, p 60–66. [Describes formation of pingos in this region of Canada.]Google Scholar
Czudek, T. Zur klimatisehen Talasymmetrie des Westteiles der Tschechoslowakei. Zeitschrift für Geomorphologie, Neue Folge, Supplemented. 17, 1973, p 49–57. [Asymmetry of valley sides in western Czechoslovakia is largely due to periglacial climatic conditions during Würm glaciation.]Google Scholar
Frolov, A. D. O. temperaturnoy dispersii dielektricheskikh svoystv l’da i merzlykh gruntov [On the temperature dispersion of the dielectric properties of ice and frozen ground]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 56–61. [Dielectric properties well approximated by curves analogous to Cole–Cole diagrams for frequency dispersion, confirming dependence of relaxation characteristics of dielectric properties on temperature of cryogenic formation studied. English summary p 60–61.]Google Scholar
Furrer, g. freund, r. beobachtungen zum subnivalen formenschatz am kilimandjaro. zeitschrift für geomorphologie, neue folge, supplementbd. 16, 1973, p 180–203. [discusses needle ice formation and solifluction on mt kilimanjaro, east africa.]Google Scholar
gavrilova, m. k. radiation and heat balances, thermal regime of an icing. (in [international hydrological decade.] the role of snow and ice in hydrology. proceedings of the banff symposia, …1972. … 1973, vol. 1, p. 496–504.) [reports observations on the icing formed annually from freezing of underground fresh water, which forces its way to the surface, in the ulakhan-taryn valley, central yakutiya.]Google Scholar
guymon, g. l. luthin, j. n. a coupled heat and moisture transport model for arctic soils. water resources research, vol. 10, no. 5, 1974, p 995–1001. [describes development of model of processes in these soils where moisture movement and storage is complicated by water undergoing a phase change during freezing and thawing and by presence of ice-rich permafrost.]Google Scholar
harlan, r. l. ground conditioning and the groundwater response to surface freezing, (in [international hydrological decade.] the role of snow and ice in hydrology. proceedings of the banff symposia, …1972. … 1973, vol. 1, p. 326–41.) [presents mathematical model which provides for finite deference solution to one-dimensional, coupled heat-fluid flow problem with freezing and thawing in homogeneous, rigid (non-deforming) porous medium. discussion p341.]Google Scholar
hastenrath, s. observations on the periglacial morphology of mts. kenya and kilimanjaro, east africa. zeitschrift für geomorphologie, neue folge, supplementbd. 16, 1973, p 161–79. [includes descriptions of pipkrake, stone stripes and polygons.]Google Scholar
heginbottom, J. A. Some effects of surface disturbance on the permafrost active layer at Inuvik N W T. Canada. Task Force on Northern Oil Development. Environmental-Social Committee, Northern Pipelines. Report No. 73–16, 1973, [70] p. [Considers effects of forest fires, removal of trees, and removal of surface vegetation and soil, which has a particularly serious effect, especially in summer.]Google Scholar
Ioffe, D.YA. O proiskhozhdenii Samarovskogo “lednikovogo ottorzhentsa” [On the origin of the Samarovskiy erratic block]. Materialy Glyalsiologicheskikh Issledovaniy. Khronika. Obsnzhdeniya, Vyp. 23, 1974, p 214–18. [West Siberian lowland. English summary p 218.]Google Scholar
Johnson, P. G. Mass movement of ablation cumplexes and their relationship to rock glaciers, Geografisku Annoter. Vol. 56A, Nos, 12, 1974, p 93–101. [Field evidence in Yukon and literature survey suggests that a wide range of forms which have been identified as rock glaciers should be investigated according to their processes of movement rather than their morphological form.]Google Scholar
Judge, A. S. The thermal regime of the Mackenzie valley: observations of the natural state. Canada. Task Parce on Northern Oil Development. Environment-Social Committee, Northern Pipelines. Report No. 73–38, 1973, vii, 117 p. [Presents results of precise measurements at various sites.]Google Scholar
Jumikis, A. R. Thermo-osmotic soil moisture transfer upon freezing. (In Santeford, H. S. Smith, J. L. camp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 1 19–34.] [Discussion and mathematical analysis of phenomenon.]Google Scholar
Jumikis, A. R. Slusarchuk, W. A. Electrical parameters of some frost-prone soils. (In Santeford, S.H., Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences,1974. p. 765–81.) [Describes experimental study of electrical parameters of dry and moist soils as function of soil type, porosity, moisture content, frequency, and temperature.]Google Scholar
Kane, D. L. Slaughter, C. W. Seasonal regime and hydrological significance of stream icings in central Alaska. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 528–40.) [Describes and discusses formation and behaviour of icings (naleds). Discussion p540.]Google Scholar
Konstaninova, G. S. Tyrtikov, A. P. Ovrazhno-termoerozionnyy landshaft morskoy tundrovoy ravniny i yego dinamika [Ravine-type thermo-crosional landscape of the coastal tundra plain and its dynamics], Vestnik Moskovskogo Universiteta. Seriyu Geografiya, 1974, No.1. p. 81–87. [Thermokarst areas along Soviet Arctic shores. English summary p 87.]Google Scholar
Kozarski, S. Evidences of late-Würm permafrost occurrence in north-west Pol. Quaestiones Geographicae (Poznań), [No.] 1, 1974, p 65–86. [Describes fossil remains of permafrost features, including ice-wedge casts and sand-wedge polygons.]Google Scholar
Ladanyi, B. Johnston, G. H. Behavior of circular footings and plate anchors embedded in permafrost. Canadian Geotechnical Journal, Vol. 11, No. 4, 1974, p 531–53. [Develops method for predicting creep settlement and bearing capacity of frozen soils under deep circular loads.]Google Scholar
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Mackay, J. R. Ice-wedge cracks, Garry Island, Northwest Territories. Canadian Journal of Earth Sciences, Vol. 11, No. 10, 1974, p 1366–83. [Discusses time and geometry of winter ice-wedge cracks during 1967–73. About 40% of ice wedges crack in any given year.]Google Scholar
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Preusser, H. Hypsometrischer Formenwandel der Polygone in Isl. Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 16, 1973, p 155–60. [Describes types, development and distribution of polygons in Iceland.]Google Scholar
Romanovskiy, N. N. Naledeobrazovaniye v prilednikovoy zone pukrovnykh oledeneniy Yevropy [On the formation of icing in periglacial zones of Europe]. Mattrialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 100–04. [Discusses icing. English summary p 104.]Google Scholar
Scott, R. W. Soils and patterned ground in the Chitistone Pass region of Alaska. (In Bushnell, V. C. Marcus, M. G. ed. Icefield Ranges Research Project. Scientific results. Vol.4. New York, American Geographical Society; Montreal, Arctic Institute of North America, 1974, p 279–82.) [Presents preliminary classification of soils and describes patterned ground observed during alpine vegetation studies.]Google Scholar
Sharbatyan, A. A. Ekstremal’nyye otsenki v geotermii i geokrriolagii [Extreme values in geothermy and geocryology]. Moscow, Izdatel’stvo “Nauka”,1974. 122 p. [Includes calculations of thermal properties of frozen ground in northern part of Western Siberia.]Google Scholar
Smith, M. W. Factors affecting the distribution of permafrost, Mackenzie Delta. Dissertation Abstracts International, B, Vol. 34, No. 12, Pt. 1, 1974, p 6063-B. [Variations in ground temperature regime and permafrost distribution studied near Inuvik N W T Abstract of Ph.D. thesis, University of British Columbia. Microfilm copies from National Library of Canada, Ottawa.]Google Scholar
Thie, J. Distribution and thawing of permafrost in the southern part of the discontinuous permafrost zone in Manitoba. Arctic, Vol. 27, No. 3, 1974, p 189–200. [25% of once occurring permafrost is still present. Peripheral collapse noticed around very small permafrost bodies, central collapse in larger ones. Amount of collapse varied from o to 30 m horizontally in 20 years.]Google Scholar
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Troll, C. Rasenabschälung (turf exfoliation) als periglaziales Phänomen der subpolaren Zonen und der Hochgebirge. Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 17, 1973, p 1–32. [Discusses process of turf exfoliation, caused by freezing and frost-heaving of soil with nightly formation of needle ice, based on observations in Iceland, Îles Kerguelen, and high mountains of various climatic zones.]Google Scholar
Tyrtikov, A. P. Dinamika rastilel’nogo pokrova i razuitiye vechnoy merzloty v Zapadnoy Sibiri [Dynamics of the vegetation cover and development of permafrost in Western Siberia]. Moscow, Izdatel’stvo Moskovskogo Universiteta,1974.Google Scholar
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White, P. G. Rock glaciers in the San Juan Mountains, Colorado. Dissertation Abstracts International, B, Vol. 34, No. 10, 1974, p 5025-B. [Study of relation between rock glaciers and true glaciers shows only connection is that they have occupied the same topography. Rock glaciers are essentially a periglacial and wasting phenomenon. Abstract of Ph.D. thesis, University of Denver,1973. University Microfilms order no. 74–9334.]Google Scholar
Wick, P. Fossiles Rieseneiskeilsystem in spätglazialen Schottern im vorderen Prättigau (Graubünden/Schweiz). Zeitschrift für Geomorphologie, Neue Folge, Supplementbd. 16,1973. p. 15–24. [Giant fossil ice wedges found in gravel pit, Landquartberg. Prättigau, Switzerland.]Google Scholar
Worsley, P. Harris, C. Evidence for neoglacial solifluction at Okstindan, north Norway. Arctic, Vol. 27, No. 2, 1974, p 128–44. [Radiocarbon dates from buried soils beneath solifluction lobes reveal evidence of soil movement extending over 3 000 years to the present. Suggests movement is linked to late sub-boreal climatic deterioration and neo-glacial glacier expansion which induced development of late-lying snow-patch.]Google Scholar

Meteorological and climatological glaciology

Borisenkov, Y. Nekotoryye, E. P. problemy chislennogo eksperimentirovaniya vzaimodeystviya atmosfery i okeana s uchetom polyarnykh l’dov [Some problems of numerical experimentation on interaction of atmosphere and ocean taking into account polar ice]. Problemy Arktiki i Antarktiki, Vyp. 43–44, 1974, p 6–17.Google Scholar
Drozdov, O. A. Mosolova, G. I. Korrelyatsii v prostranstve, vo vremeni i v godovom khode, vozmozhnost’ ikh ispol’zovaniya v klimatologii i glyatsioklimatologii [Correlations in space, lime and annual movement and their use in climatology and ghicioclimatology]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 22, 1973, p 91–95. [English summary p 95.]Google Scholar
Hobbs, P. V. High concentrations of ice particles in a layer cloud. Nature, Vol. 251, No. 5477, 1974, p 694–96. [Letter. Concentrations greatly in excess of ice nucleus measurements found in non-convective cloud layer.]Google Scholar
Kry, P. R. Aerodynamics of rotating oblate spheroidal hailstone models. Dissertation Abstracts International, B, Vol. 35, No. t, 1974, p 419-B. [Wind tunnel measurements used to assist theory of free fall of hailstones, Abstract of Ph.D. thesis, University of Toronto,1973. Microfilm copies from National Library of Canada, Ottawa.]Google Scholar
Lagercrantz, C. L. Kilpisjärvitraktens klimat, tjäle och postglaciala klimatutveckling: observationer gjorda 1938–39. Terra, Vol. 86, No. 2, 1974, p 62–67. [Climate, frozen ground and post-glacial climate development at Kilpisjärvi: observations made in Finnish Lapland, 1938–39. English abstract p62.]Google Scholar
Voloshina, A. P. Metod rascheta klimaticheskikh kharakteristik teplovogo balansa lednikovoy poverkhnosti [Technique of computing the climatic characteristics of the heat balance of a glacier surface]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 22, 1973, p 108–11. [Mean values of heat exchange components were calculated for anticyclonic, frontal, and convective with and without precipitation types of weather. English summary p 111.]Google Scholar
Wendler, G., The climate of the McCall Glacier, Brooks Range, Alaska, in relation to its geographical setting, [by] Wendler, G. Ishikawa, N. Streten, N. [A.] Arctic and Alpine Research, Vol. 6, No. 3, 1974, p 307–18. [Data from automatic weather station at altitude 2 275 m differed from those obtained at nearest permanent meteorological stations, particularly in very high precipitation recorded and verified by snow stratigraphy measurements.]Google Scholar

Snow

Alekseyev, G. A., Infiltration of snowmelt water into frozen soil, [by] Alexeyev, G. A. (sic] Kaljuzhny, I. L. Kulik, V. Ya. Pavlova, K.K. Romanov, V. V. [ In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 313–25.) [Presents formulae which are compared with results of field experiments.]Google Scholar
Armstronc, R. L. Avalanche hazard evaluation and prediction in the San Juan Mountains of southwestern Colorado. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C. National Academy of Sciences, 1974, p 346–55.) [Discusses current research in this area.]Google Scholar
ÁRNASON, B., Movement of water through snow pack traced by deuterium and tritium, [by]rnason, B. Á Buason, T. Martinec, J. Theodórsson, P.. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 299–312.) [Isotope concentrations in precipitation, snow-pack and melt water measured to trace movement of water, recrystallization and isotopic exchange in the snow-pack. Field results agreed with theory. Discussion p312.]Google Scholar
Bartos, L. R. Rechard, P. A. Ablation characteristics of an alpine snowfield in summer. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C. National Academy of Sciences, 1974, p 90–98.) [Total change in volume of water was determined by two techniques. Mean summer ablation rate was6.00 ± 0.5 cm/day.]Google Scholar
Belen’kiy, B. M., Kolichestvennaya kharakteristika meteley v Khibinakh po mnogoletnim instrumental’nym nablyudeniyam [Quantitative characteristics of snowdrifts on Khibiny according to perennial observations]. [By] Belen, B. M.’kiy, L. Ivanova, Ya. Nechayev, N.F. Rzhevskiy, B. N. Talalayev, S. M. Materialy Glyatsiologicheskikh Issledouaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 141–46. [Study based on observations of snow-storms, 1936–72, on mountains in Murmanskaya Oblast’. English summary p 146.]Google Scholar
Benson, C. S. Trabant, D. C. Field measurements on the flux of water vapour through dry snow. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 291–98.) [Measured upward vapour fluxes in shallow seasonal snow-packs averaged 0.025 g cm−2 day−1, an order of magnitude greater than vapour fluxes calculated from pure diffusion models.]Google Scholar
Bilello, M. A. Surface measurements of snow and ice for correlation with data collected by remote systems. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 283–93.) [Describes network of stations in North America where observations on properties of snow and ice thickness are being made. Remote sensing data should be checked against these.]Google Scholar
Bilello, M. A., Mesoscale measurement of snow-cover properties, [by] Bilello, M. A. Bates, R. E. Riley., J. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 624–43.) [Presents analysis of information obtained from Fort Greely, Alaska, 1966–67.]Google Scholar
Blagoveschenskiy, V. P. Opredeleniye maksimal’nykh dal’nostey vybrosa lavin metodom statisticheskogo analiza vidimykh granits [Estimate of maximum outburst of avalanches by means of statistical analysis of visible boundaries]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 222–27 [English summary p 227.]Google Scholar
Bohren, C. F. Theory of radiation heat transfer between forest canopy and snowpacks. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 165–75.) [Study concerned with solution of equations of transfer for model canopy which preserves many essential physical characteristics of an actual canopy and its environment. Discussion p175.]Google Scholar
Bohren, C. F. BARKSTROM, B. R. Theory of the optical properties of snow. Journal of Geophysical Research, Vol. 79, No. 30, 1974, p 4527–35. [Relates optical quantities to mechanical properties: asymptotic flux extinction coefficient and albedo under diffuse illumination to snow-pack density and grain size.]Google Scholar
Bredell, J. H. Ten-metre snow studies at Grunehogna base, western Dronning Maud L. South African Journal of Antarctic Research, No. 3, 1973, p 16–21. [Presents results of determination of mean annual accumulation and of investigation of influence of surface temperatures on snow temperatures at various depths.]Google Scholar
Brown, A. J. Long range goal and information needs of the coordinated snow survey program in California. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 47–54.) [Discusses current trends and needs, especially in forecasting water supply.Google Scholar
Carlson, R. . Modelling snowmelt runoff in an Arctic coastal basin [by] Carlson, R. Norton, W. Britch, R. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 2, p. 1004–16.) [First part of model simulation is snow melt hydrograph generation programme which uses a four component energy transfer computation to transform climatological data into snow melt; the second part uses a two parameter linear storage model to transform snow melt hydrograph into run-off hydrograph. Discussion p. 1015–16.]Google Scholar
Chemerenko, E. P. Ariel averaging of snow cover characteristics. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 656–63.) [Discusses problem of accuracy.]Google Scholar
Colbeck, S. C. On predicting water runoff from a snow cover. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1074, p 55–66.) [Evaluates existing theory.]Google Scholar
Colbeck, S. C. Water flow through snow overlying an impermeable boundary Water Resources Research, Vol. 10, No 1 1974, p 119–23. [Presents two-dimensional model to assist in forecasting run-off and describing water flow in glacial ice and snow. Consists of vertical flow through unsaturated layer and flow along boundary in saturated layer.]Google Scholar
Colbeck, S. C. Davidson, G. Water percolation through homogeneous snow. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1 p. 242–17.) [Discusses gravity-flow theory of water percolation. Discussion p257.]Google Scholar
Deleur, M. S. , Ispol’zovaniye korrelyatsionnogo analiza dlya issledovaniya prostranstvenno-vremennoy izmenchivosti snegotayaniya v basseyne r. Kolyma [Use of correlation analysis for the study of variability in time and space of snow melting in the Kolyma river basin]. [By] Deleur, M. S. Ivanova, A. A. Rumyantsev, V. A. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 180–85. [Forecasting stream flow in Yakutskaya A.S.S.R. English summary p 185.]Google Scholar
Dement’yev, A. A. Vliyaniye geograficheskikh usloviy Kol’skogo poluostrova na raspredeleniye snezhnogo pokrova i lavin [The effect of geographical conditions of Kol’skiy Poluostrov on the spreading of snow cover and avalanches]. Materialy Glyatsiologicheskikh Issledovamy. Khronika Obsuzhdeniya, Vyp.23, 1974, p 146–53. [Study of effect of climate, elevation and vegetation on snow drifting and avalanches in Murmanskaya Oblast’ English summary p 152–53.]Google Scholar
Detwyler, T. R. Snowmelt along the environmental transect at Chitistone Pass, Alaska during the summers of 1967 1968 1969. (In Bushnell, V. C. Marcus, M. G. ed. Icefield Ranges Research Project. Scientific results. Vol. 4. New York, American Geographical Society; Montreal, Arctic Institute of North America, 1974, p 207–09.) [Transect is 1 075 m long, altitude at west end is 1794.5 m and at east end 1852.3 m. Highest point at 1852.8 m and lowest at 1 772 m.]Google Scholar
Detwyler, T. R. Vegetation–snow cover relations in an alpine pass, Alaska. (In Bushnell, V. C. Marcus, M. G. ed. Icefield Ranges Research Project. Scientific results. Vol. 4. New York, American Geographical Society; Montreal, Arctic Institute of North America, 1974, p 355–60.) [Investigates relations between snow duration and distribution of some common tundra plant species in Chitistone Pass.]Google Scholar
Dietrich, T. L. Meiman, J. R. Hydrologic effects of patch cutting of lodgepole pine. Hydrology Papers (Colorado State University), No. 66, 1974, iv, 31 p. [Paired plot studies of soil water and snow water equivalent at 9 000 ft elevation. Small patch cuts, 0.29 to 0.61 acre, were made, analysis of pre-and post-cut relationships to paired control plots was studied for average increase in water potentially available for stream flow.]Google Scholar
Dolov, M. A. ed Sneg i snezhnyye laviny [Snow and snow avalanches]. Vysokogornyy Geofizicheskiy Institut. Trudy, Vyp. 18, 1972, 152 p. [Physics of snow cover, dynamics of avalanches, and methods of measuring snowfall, with reference to the Caucasus mountains.]Google Scholar
Dyunin, A. K. Matviyenko, V. S. Mekhanika gornykh meteley [On the mechanics of mountain snowdrifts]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 136–41. [Snow drifting studied on basis of general mechanics of multi-component flows. Methods described of obtaining data, and theoretical conclusions compared with field results. English summary p 141.]Google Scholar
Dyunin, A. K., Influence of snow storms on snow cover formation in mountains, [by] Dyunin, A. K. Komarov, A. A. Isayenko, E. P. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973 Vol. 1, p. 76–81.) [Hydrological regime of mountain rivers depends on thickness and distribution of snow cover, which may be affected by wind drifting and avalanches.]Google Scholar
Engelen, G. B. Soil moisture in alpine mountain slopes of Colorado and New Mexico. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 342–52.) [Investigation of general characteristics of soil moisture in high-altitude mountain soils with regard to its effect on snow melt. Discussion p352.]Google Scholar
Engelen, G. B. Two-year cycles in soil moisture recharge, snowpack, and streamflow in relation to atmospheric conditions (with special reference to the upper Colorado River basin). (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p.895–914.) [Presents model which explains observed cycles by relating regional hydrological sub-systems of the river basin with each other and with the major atmospheric circulation over the western U.S.A. Discussion p 913–14.]Google Scholar
Escher, H. Zur Bestimmung des Niveau 365 in den Schweizer Alpen. Z eitschrift für Geomorphologie, Neue Folge, Supplementbd. 16, 1973, p 90–103. [Term “niveau 365” used for climatological snow-lines determined outside a glacial area. Demonstrates that altitude of niveau 365 in Swiss Alps is mainly function of average annual temperature.]Google Scholar
Gary, H. L. Snow accumulation and snowmelt as influenced by a small clearing in a lodgepole pine forest. Water Resources Research, Vol. 10, No. 2, 1974, p 348–53. [Increased snow catch in clearing was offset by deficit in down-wind forest. Clearing affected areal snow distribution but not total amount of snow water equivalent. Melt rates in clearing were twice those in interior forest.]Google Scholar
Grant, L. O. Rhea, J. O. Elevation and meteorological controls on the density of new snow. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 169–81.) [Discusses results from study relating newly fallen mountain snow density to causal factors such as location and elevation, upper wind direction and speed, temperature regime, and weather modification.]Google Scholar
Gray, D. M. O’Neill, A. D. J. Application of the energy budget for predicting snowmelt runoff. (In Santeford, H. S. Smith, j. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 108–18.) [Results from Canadian prairies suggest net radiation is dominant energy source for snow melt at beginning of melt, and amount of sensible heat transfer increases in importance as bare ground appears.]Google Scholar
Gulati, T. D. Role of snow and ice hydrology in India. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973 Vol. 1, p. 610–23.) [Presents data from the Himalaya.]Google Scholar
Haupt, H. F. Relation of wind exposure and forest cutting to changes in snow accumulation. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p. 1399–1409.) [Shows that excess snow will drift into a cornice to the lee of an open treeless ridge if the trees are removed down-slope on the windward slope. Discussion p1409.]Google Scholar
Herrmann, A. Variations de l’épaisseur, de la densité et de l’équivalent en eau d’une couche de neige alpine en hiver. (In [International Hydrological Decade.] The role of snow and ice in hydrology Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 96–117.) [Effects of elevation, orientation and vegetation on thickness, density and water equivalent of snow cover may lead to results of variable statistical significance when data are obtained from snow samples of limited size. Discussion p 116–17.]Google Scholar
Hornbeck, J. W. Likens, G. E. The ecosystem concept for determining the importance of chemical composition of snow. (In Santeford, H. S. Smith, J. L. comp. Advanced concepts and techniques in the study of snow and ice resources. … Washington D.C National Academy of Sciences, 1974, p 139–51.) [Importance of snow-pack was evaluated in relation to chemical inputs to forest ecosystem and to chemical outputs in stream flow.]Google Scholar
Howell, W. E. Impact of snowpack management on snow and ice hydrology. (In [International Hydrological Decade.] The role of snow and ice in hydrology Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p. 1464–72.) [Reviews situation. Discussion p1472.]Google Scholar
Iwai, K. On the characteristic features of snow crystals developed along c-axis. Journal of the Meteorological Society of Japan, Ser. 2, Vol. 51, No. 6, 1973, p 458–66. [Presents results of measurements of mass, bulk density, size and riming states of snow crystals developed along c-axis on basis of observations made at 1 600 m a.s.l.]Google Scholar
Johnson, P. Archer, D. R. The significance of snow in Britain. (In [International Hydrological Decade.] The role of snow and ice in hydrology Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p. 1098–110.) [Considers effect on river flood discharge and seasonal persistence during run-off cycle.]Google Scholar
Jolly, J. P. Influence of air temperature and solar radiation on snowmelt runoff from a small watershed. (In [International Hydrological Decade.] The role of snow and ice in hydrology Proceedings of the Banff symposia, … 1972. … 1973, Vol. 2, p. 1073–77.) [Marked effect of these factors.]Google Scholar
Joyal, R. Melting of ice and snow in the Mer Bleue sphagnum bog near Ottawa, Canada. Canadian Field-Naturalist, Vol. 88, No. 2, 1974, p 236–38. [Snow and ice depth records were obtained during two winters, affording data on ecologically significant variations between plant communities.]Google Scholar
Kalinin, G. P. Kvznetzova, L. P. Combined solution of water balance equations of the atmosphere and river basins for definition of water equivalent of snow pack and total runoff. (In [International Hydrological Decade.] The role of snow and ice in hydrology Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 762–71.) [Presents results from the U.S.S.R. Discussion p771.]Google Scholar
Khapayev, S. A. Indikatsionnyye metody v izuchenii lavinnykh prirodnykh kompleksov [Indication methods in studying natural avalanche complexes]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 227–34. [Particular reference to method based on deformation of tree trunks by avalanches. English summary p 234.]Google Scholar
Khapayev, S. A. Rol’ lavinnykh snezhnikov v dinamike gornykh prirodnykh kompleksov (po nablyudeniyam v basseyne r. Amanauz) [The role of avalanche snow accumulations in the dynamics of natural mountain complexes (from observations in the Amanauz river basin)]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 207–10. [Effect of avalanche-born snow fields on landforms, microclimate, and vegetation. Central Caucasus. English summary p 210.]Google Scholar
Khmelevskoy, I. F. Nakloneniye snega na profile ot Minogo do 170-go kilometra [Snow accumulation along the profile from Mirny to the 170 km mark]. Informatsionnyy Byulleten’ Sovetskoy Antarkticheskoy Ekspeditsii, No. 88, 1974, p 30–36.Google Scholar
Khon, A. I. O. rezhime ustoychivogo snezhnogo pokrova na territorii Tadzhikistana [On the regime of stable snow cover in Tadzhikskaya S.S.R.]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 204–07. [English summary p 206–07.]Google Scholar
Koerner, R. M. Specific electrolytic conductivity of snow and deep core samples, Canadian Arctic Archipelago. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 51–63.) [Highest conductivity values in autumn and mid-to-late winter snows. Significant variation in cores from Meighen Ice Cap attributed to soluble material being blown on to ice cap from surrounding terrain. Discussion p63.]Google Scholar
Kotlyakov, V. M. Snow accumulation on mountain glaciers. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, … 1972. … 1973, Vol. 1, p. 394–400.) [General considerations of snow accumulation discussed with reference to research in the U.S.S.R. Discussion p 399–400.]Google Scholar
Kravtsova, V. I. Karta snezhnogo pokrova Norvegii [Map of snow cover in Norway]. Materialy Glyatsiologicheskikh Issledovaniy. Khronika. Obsuzhdeniya, Vyp. 23, 1974, p 41–56, map. [Presents and explains map (scale 1: 2 000 000) compiled in order to estimate avalanche danger. English summary p 55–56.]Google Scholar
Krouse, H. R. Smith, J. L. 0.8/0.6 abundance variations in Sierra Nevada seasonal snowpacks and their use in hydrological research. (In [International Hydrological Decade.] The role of snow and ice in hydrology. Proceedings of the Banff symposia, …1972. … 1973, Vol. 1, p. 24–38.) [Discusses measurements made on newly fallen snow and snow-packs at 1 900 m elevation in the central Sierra Nevada, California, during winter storms of 1965–68. Discussion p38.]Google Scholar
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