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 mi microfilming or photocopying.
Conferences
Bogorodskiy, V. V., and Gavrilo, V. P., ed. Fizicheskiye metody issledovaniye l’da i snega [Physical methods of ice and snow research]. Trudy Arkticheskogo i Antarkticheskogo Nauchhno-Issledovatel’skogo Instituta, Tom 326, 1975, [340] p. [Papers presented at symposium held in Leningrad, 1973. Contents include: V. V. Bogorodskiy, “Radiofizicheskiye metody issledovaniya l’da i snega [Radiophysical methods of ice and snow studies]”, p. 9–16; A. B. Babayev, V. P. Logachev, V. N. Parfent’yev, V. A. Fedorov and G. P. Shclomanova, “Radiolokatsionnyye ChM signaly, otrazhennyye ot ledovykh poverkhnostey i vozmozhnosti ikh modelirovaniya [Radar frequency-modulated signals reflected from ice surfaces and the possibility of modelling them]”, p. 17–20; A. Ye. Basharinov and A. A. Kurskaya, “Vliyaniye struktury l’da na yego radiatsionnyye kharakteristiki v SVCh diapazone [Ice structure and its effect on SHF emissivity]”, p. 21–23; V. V. Bogorodskiy, G. V. Trepov and B. A. Fedorov, “Rasprostraneniye radiovolnv gletcherakh [Radio-wave propagation in glaciers]”, p. 24–28; V. V. Bogorodskiy and V. P. Tripolnikov, “Radiozondirovaniye morskogo l’da [Radio-echo sounding of sea ice]”, p. 29–31; V. V. Bogorodskiy, A. I. Kozlov and L. T. Tuchkov, “Izluchatel’naya sposobnost’ ledyanykh, zemnykh i morskikh poverkhnostey. modeliruyemykh sloistoneodnorodnymi strukturami [Emissivity of ice, land and sea surfaces modelled by layered heterogeneous structures]", p. 32–38; J. W. Clough, “Izmereniya otrazhennykh signalov pri radiolokatsionnom zondirovanii v bol’shom diapazone uglov [Radio-sounding wide-angle reflection measurements]”, p. 39–44; J. W. Clough, “Depolyarizatsiya otrazhennykh radiosignalov [Depolarization of radio-echo returns]”, p. 45–50; M. I. Finkel’shteyn, V. A. Kutayev, V. G. Glushnev and E. I. Lazarev, “O distantsionnom izmerenii tolshchiny morskogo l’da metodami radiolokatsii [Remote radar measurements of sea ice thicknesses]”, p. 51–54; A. K. Zhebrovskiy, G. M. Strakhovskiy, V. N. Nedostayev and V. I. Stebin, “Elektricheskiye svoystva l’da, obrazovannogo v vakuume, i ikh vzaimosvyaz’ so strukturoy [Electrical properties of vacuum-deposited ice and their dependence on structure]”, p. 55–58; S. A. Vershinin, Ye. M. Kopaygorodskiy, V. V. Panov and Z. I. Shvayshteyn, “Davleniye l’da na otdel’no stoyashchiye opory po laboratoriymi naturiym ispytaniyam [Ice forces on separate supporting structures by laboratory and field tests]”, p. 59–65; H. Davis and R. Munis, “Vliyaniye solenosti morskogo l’da na opticheskuyu ekstinktsiyu sveta s dlinoy volny 6 328 Å [Correlation between the salinity of sea ice and extinction coefficient at 6 328 Å]”, p. 66–70; B. Ya. Gaytskhoki, “Opticheskiye kharakteristiki nekotorykh raznovidnostey yestestvennykh l’dov [Optical characteristics of some varieties of natural ice]”, p. 71–73; M. A. Kropotkin, “Apparatura dlya issledovaniya spektral’nogo otrazheniya zhidkoy vody v oblasti dlin voln ot 1 do 50 mkm [Instruments for the in vestigation of spectral reflection of liquid water in the range of wave lengths from 1 to 50 Mm]”, p. 74–79; V. Petera, “K voprosy izucheniya protsessa vozniknoveniya zaryadov na poverkhnosti razdela faz napravalenno zamerzayushchego 10–3 molyarnogo rastvora khlorida natriya [On the study of the process of charge generation at the phase interface of 10-3 molar solution of sodium chloride oriented during freezing]”, p. 80–89; L. B. Nekrasov, “Povedeniye l’da v bystroperemennykh elektromagnitnykh polyakh vysokoy napryazhennosti [The behaviour of ice in rapidly variable electromagnetic fields of high intensity]”, p. 90–93; B. V. Volod’ko, V. S. Yakupov, E. N. Akhmcdzyanov, V. M. Kalinin, V. O. Papitashvili and G. A. Sereda, “Magnitnaya s”yemka povtorno-zhil’nykh l’dov [Magnetic survey of ice wedges]”, p. 94–98; V. P. Melnikov and A. M. Snegirev, “Nizkochastotnaya polyarizatsiya l’da i merzlykh grubodispersnykh obrazovaniy [Low-frequency polarization of ice and frozen coarse-disperse formations]”, p. 99–103; S. M. Losev and Yu. A. Gorbunov, “Dinamika l’dov v pribrezhnykh rayonakh po dannym bokovoy radiolokatsionnoy s”yemki s samoleta [Coastal ice dynamics by SLAR observations]”, p. 104–13; A. I. Paramonov, Yu. A. Gorbunov and S. M. Losev. “Nablyudeniye za temperaturoy poverkhnosti morya s pomoshch’yu radiatsionnogo termometra s samoieta ledovoy razvedki [Observations of the surface temperature of the sea by airborne radiation thermometry]”, p. 114–20; V. P. Gavrilo and A. V. Gusev, “Primeneniye akusticheskikh metodov issledovaniya snega i l’da [Acoustic techniques in snow and ice studies]”, p. 121–27; V. V. Bogorodskiy, G. Ye. Smirnov and S. A. Smirnov, “Pogloshcheniye i rasseyaniye zvukovykh voln morskim l’dom [Attenuation and scattering of sound waves by sea ice]”, p. 128–34; N. A. Grubnik and O. V. Kudryavtsev, “Ob odnom metode izmereniya zatukhaniya zvuka v yestestvennom l’dy [A study of sound attenuation in natural ice]”, p. 135–36; V. N. Smirnov and Ye. M. Lin’kov, “Seysmicheskiye i naklonomernyye metody issledovaniya ledyanogo pokrova [Ice cover studies by seismic and tiltmeter methods]”, p. 137–42; I. M. Belousova, I. P. Ivanov and N. G. Firsov, “Izucheniye dinamiki lednikov s pomoshch’yu lazernogo deformografa [Glacier dynamics studies by laser deformograph]”, p. 143–46; V. V. Panov, A. V. Panyushkin, Yu. D. Sinochkin and Z. I. Shvayshteyn, “Eksperimental’noye izucheniye adgezii l’da v laboratoriykh i naturnykh usloviyakh [An experimental study of ice adhesion by laboratory and field tests]”, p. 147–54; N. A. Grubnik, V. I. Fomin and A. B. Shemyakin, “Izucheniye protsessa razrusheniya sloya l’da [A study of the process of ice layer destruction]”, p. 155–56; A. F. Wuori, “Mekhanicheskiye svoystva snega kak stroitel’nogo materiala [Mechanical properties of snow related to its use as a construction material]”, p. 157–64; I. M. Dolgin, N. N. Bryazgin and L. S. Petrov, “Snezhnyy pokrov Arktiki [Arctic snow cover]”, p. 165–70; S. I. Avdyushin [and 6 others], “Sposob izmereniya bol’shikh vlagozapasov v snezhnom pokrove po kosmicheskomu izlucheniyu [A technique to measure large moisture content in snow cover by cosmic radiation]”, p. 171–75; G. Abel’, “ Metody izmereniy prochnostnykh kharakteristik yestestvennogo i obrabotannogo snega [Techniques form easuring the strength characteristics of natural and processed snow]”, p. 176–86; A. Ya. Buzuyev, “Statisticheskaya otsenka prostranstvennogo raspredeleniya osnovnykh parametrov ledyanogo pokrova [Statistical evaluation of spatial distribution of the main parameters of the ice cover]”, p. 187–92; K. N. Korzhavin and A. B. Ivchenko, “Issledovaniye mekhanicheskikh svoystv presnovodnogo l’da pri medlennykh izmeneniyakh nagruzki [Study of mechanical properties of fresh-water ice with slowly variable load]”, p. 193–96; Yu. K. Zaretskiy, A. M. Fish, V. P. Gavrilo and A. V. Gusev, “Voprosy kratkovremennoy polzuchesti l’da i kinetika mikrotreshchinoobrazovaniya [On the short-term ice creep and micro-crack kinetics]”, p. 197–204; A. Ya. Ryvlin, “Naturnyye issledovaniya fiziko-mekhanicheskikh svoystv ledyanogo pokrova [Field tests of physical and mechanical properties of the ice cover]”, p. 205–09; D. Ye. Kheysin, V. A. Likhomanov and V. A. Kurdyumov, “Opredeleniye udel’noy energii razrusheniya i kontaktnykh davleniy pri udare tverdogo tela o led [Determination of specific failure energy and contact pressure on the impact of solid bodies on ice]”, p. 210–18; V. V. Bogorodskiy, V. P. Gavrilo and A. P. Polyakov, “Radiogidroakusticheskiy metod issledovaniya srednemasshtabnykh kharakteristik dinamiki morskikh l’dov [Radio-hydro-acoustical method to study meso-scale characteristics of sea-ice dynamics]”, p. 219–28.]
Frankenstein, G. E., ed. Proceedings, third intemational symposium on ice problems, 18–21 August 1975, Hanover, New Hampshire. [Hanover, N.H.], International Association of Hydraulic Research. Committee on Ice Problems, 1975. v, 627 p. [Contents include: V. V. Balanin, “Probngation of inland navigation terms in the U.S.S.R.”, p. 5–14; W. E. Webb and W. F. Blair, “Ice problems in locks and canals on the St. Lawrence River”, p. 15–24; E. Tesaker, “Accumulation of frazil ice in an intake reservoir”, p. 25–38; F. Boulanger, E. Dumalo, D. Le Van and L. Racicot, “Ice control study, Lake St. Francis–Beauharnois Canal, Quebec-Canada”, p. 39–48; J. J. Peter and T. V. Kotras, “Simulation of lock operations during winter ice months”, p. 49–58; D. J. Calkins and lVI. Melior, “Cost comparisons for lock wall deicing”, p. 59–67; V. Aleksandrov, V. V. Balanin, G. Onipchenko and V. Tronin, “Inland navigation and maintenance of hydraulic structures at negative air temperature in ice-bound conditions”, p. 69–79; J. V. Danys, “Ice movement control by the artificial islands in Lac St. Pierre”, p. 81–91; G. Tsang, “A field study of ice piling on shores and the associated hydro-meteorological parameters”, p. 93–110; C. Argiroff, “Planning the Great Lakes-St. Lawrence Seaway navigation season extension program”, p. 111–25; B. Michel and D. Bérenger, “Algorithm for accelerated growth of ice in a ship’s track”, p. 127–32; G. D. Ashton, “Experimental evaluation of bubbler-induced heat transfer coefficients”, p. 133–42; J. F. Kennedy, “Ice-jam mechanics”, p. 143–64; P. H. Burgi, “Hydraulic model studies of ice booms to co ntrol river ice”, p. 165–73; I. N. Sokolov and Ya. L. Gotlib, “Ice jam control upstream and downstream from hydro power plants”, p. 175–78; H. S. Uzuner, “Stability of ice blocks beneath an ice cover”, p. 179–85; E. V. Kanavin, “Water velocity in open and frozen rivers : control of ice production”, p. 187–99; T. E. Osterkamp, “Observations of Tanana River ice”, p. 201–09; T. O’D. Hanley and B. Michel, “Temperature patterns during the formation of border ice and frazil in a laboratory tank”, p. 211–21; V. V. Degtyarev, I. P. Butyagin and V. K. Morgunov, “Investigations of ice jams on the Siberian rivers and measures taken to prevent them”, p. 223–32; J. M. Maríusson, S. Freysteinsson and E. B. Elíasson, “Ice jam control. Experience from the Burfell power plant, Iceland”, p. 233–42; E. Zsilák, “Some new relatiomhips of the jammed ice motion”, p. 243–51; B. Michel and R. Abdelnour, “Break-up of a solid river ice cover”, p. 253–59; R. Gerard, “Preliminary observations of spring ice jams in Alberta”, p. 261–77; P. Rozsnyoí and I. Pados, “Regulation of the development of ice-barriers in the reach of the Tisza River above the barrage of Tiszalök for a secure winter operation of the barrage”, p. 279–88; R. R. Rumer, Jr., C. H. Atkinson and S. T. Lavender, “Effects of Lake Erie-Niagara River ice boom on the ice regime of Lake Erie”, p. 289–99; T. O’D. Hanley, “A note on the mechanism of frazil initiation”, p. 301–04; P. Larsen, “Notes on the stability of floating ice blocks”, p. 305–14; K. R. Croasdale, “Ice forces on marine structures”, p. 315–37; P. Tryde, “Intermittent forces acting on inclined wedges”, p. 339–43; M. Määtänen, “Ice forces and vibrational behaviour of bottom-founded steel lighthouses”, p. 345–55; T. Carstens and R. C. Byrd, “The oscillating icebreaking platform”, p. 357–59; A. Assur, “Problems in ice engineering”, p. 361–72; J. Schwarz, “On the flexural strength and elasticity of saline ice”, p. 373–86; L. J. Zabilansky, D. E. Nevel and F. D. Haynes, “Ice forces on simulated structures”, p. 387–95; R. E. Perham and L. Racicot, “Forces on an ice boom in the Beauharnois Canal”, p. 397–407; R. J. Hodek and J. C. Doud, “Instrumented piles for the measurement of ice-uplift forces”, p. 409–17; A. D. Kerr, “Ice forces on structures due to a change of the water level”, p. 419–27; Ken-ichi Hirayama, J. Schwarz and Han Chin Mu, “Ice forces on vertical piles: indentation and penetration”, p. 429–45; F. G. Bercha and J. V. Danys, “Prediction of ice forces on conical offshore structures”, p. 447–58; M. Metge, A. Strilehuk and P. Trofimenkoff, “On recording stresses in ice”, p. 459–68; Yu. V. Dolgopolov, V. P. Afanas’yev, V. A. Koren’kov and D. F. Panfilov, “Effect of hummocked ice on the piers of marine hydraulic structures”, p. 469–77; A. Traetteberg, L. W. Gold and R. [M. W.] Frederking, “The strain rate and temperature dependence of Young’s modulus of ice”, p. 479–86; A. I. Pekhovich, V. M. Zhidkikh, I. N. Shatalina and S. M. Aleynikov, “Control of the thickness and strength of the ice cover”, p. 487–98; D. V. Reddy, P. S. Cheema, A. S. J. Swamidas and A. K. Haldar, “Stochastic response of a three-dimensional offshore tower to ice forces”, p. 499–514; K. D. Vaudrey and M. G. Katona, “Viscoelastic finite element analysis of sea ice sheets”, p. 515–25; R. J. Evans and D. A. Rothrock, “Stress fields in pack ice”, p. 527–39; W. D. Hibler III, W. B. Tucker III and W. F. Weeks, “Measurement of sea ice drift far from shore using LANDSAT and aerial photogrammetric imagery”, p. 541–54; G. D. Rose, D. M. Masterson and C. E. Friesen, “Some measurements of laterally-loaded ice sheets”, p. 555–66; D. L. Kane, R. F. Carlson and R. D. Seifert, “Alaskan Arctic coast ice and snow dynamics as viewed by the NOAA satellites”, p. 567–77; V. M. Sinyavskaya and P. G. Dik, “Field studies of ice action on structures”, p. 579–88; R. Gerard, “A simple field measure of ice strength”, p. 589–600; International Association of Hydraulic Research. Committee on Ice Problems, “Report of task-committee on standardizing testing methods for ice”, p. 607–18.]