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GADSDEN, M. The scattering of sunlight from noctiluccnt cloud particles. Annales de Géophysique, Tom. 33, No. 3, 1977, p. 357–61. [Physical properties of the atmosphere in which such clouds form are used to estimate kind of ice particles to be expected and whether observations support this.]Google Scholar

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BUSHUYEV, A.V., and VOLKOV, N. A., ed. Distantsionnyye izmereniya paratnetrov ledyanogo pokrova [Remote measurements of ice cover parameters]. Trudy Arkticheskogo i Antarklicheskogo Nauchno-Issledovatel’ skogo Instituto, Tom 343, 1977, 160 p. [Articles dealing with methods of observing and reporting floating ice. Contents includD: A. V. Bushuyev, N. A. Volkov, Z. M. Gudkovich, Yu. R. Novikov and V. A. Prokof’yev, “Avtomatizirovannaya ledovo-informatsionnaya sistema dlya Arktiki (ALISA) [An automated ice survey system for the Arctic (ALISA)]”, p. 6–16; A. V. Bushuyev, “Opredeleniye elementov vneshnego oriyentirovaniya snimkov skaniruyushchikh radiometrov ISZ [Determination of elements of outer orienteering of photographs of satellite scanning radiometers]”, p. 17–25; A. D. Masanov, “Opredeleniye kharakteristik ledyanogo pokrova po sputnikovym snimkam skaniruyushchikh infrakrasnykh radiometrov [Determination of ice cover characteristics from satellite photographs taken by infra-red scanning radiometers]”, p. 26–33; A. V. Provorkin, “Ispol’zovaniye snimkov, poluchennykh s meteorologicheskikh sputnikov v kachestve osnovy dlya sostavleniya ledovykh kart [The use of photographs from meteorological satellites as a source for compiling ice maps]”, P. 34–99; V. S. Loshchilov, “Ispol’zovaniye mikrovolnovykh sputnikovykh izmereniy dlya kartirovaniya morskikh l’dov [The use of microwave satellite measurements for mapping sea ice]”, P. 40–45; A. V. Bushuyev, “Analiticheskoye koordinirovaniye ploshchadnykh i marshrutnykh radiolokatsionnykh s”yemok [Analytical co-ordination of areal and traverse radar surveys]”, p. 46–57; R. A. Borisov and Yu. D. Bychenkov, “Tochnost’ geograficheskoy privyazki snimkov radiolokatsionnoy stantsii bokovogo obzora ‘Toros’ [Accuracy of the geographical survey of photographs of the side-looking radar station ‘Toros’]”, P. 58–64; R. A. Borisov and V. S. Loshchilov, “Operativnyy analiz dreyfa i deformatsiy ledyanogo pokrova po materialam povtornykh radiolokatsionnykh ploshchadnykh s”yemok [Operational analysis of the drift and deformation of ice cover from repeated radar areal surveys]”, p. 65–74; Yu. A. Gorbunov and S. M. Losev, “Nekotoryye dannyye o srednemashtabnoy deformatsii ledyanogo pokrova arkticheskikh morey [Some data on mesoscale deformation of the ice cover of Arctic seas]”, p. 75–91; S. M. Losev and Yu. A. Gorbunov, “Ob issledovanii nekotorykh morfometricheskikh kharakteristik ledyanogo pokrova v arkticheskikh moryakh v letniy period [Research on some morphometric characteristics of summer ice cover in Arctic seas]”, p. 92–103; M. I. Finkel’shteyn and E. I. Lazarev, “Radiolokatsionnyy videoimpul’snyy izmeritel’ tolshchiny morskogo l’da kak novoye perspektivnoye sredstvo ledovoy razvedki [Radar video-impulse meter of sea ice thickness as a prospective means of ice survey]”, p. 104–13; A. V. Bushuyev, E. I. Lazarev and M. I. Finkel’shteyn, “Nekotoryye rezul’taty ispol’zovaniya radiolokatsionnogo videoimpul’snogo izmeritelya tolshchiny morskogo l’da dlya ledovoy razvedki [Some results of the use of a radar videoimpulse meter of sea ice thickness for an ice survey]”, p. 114–21; A. A. Kurskaya, “Issledovaniy morskikh l’dov Belogo morya s pomoshch’yu letayushchey laboratorii [Research on ice in the White Sea using a flying laboratory]”, p. 122–26; S. M. Losev and Yu. A. Gorbunov, “Izucheniye stamukh po aerofotosnimkam [The study of floes from air photography]”, p. 127–32; I. L. Appel’, Z. M. Gudkovich and K. A. Teytel’baum, “Rezul’taty ispytaniya chislennoy skhemy rascheta raspredeleniya l’da v arkticheskikh moryakh zimoy [Results of testing a numerical method for calculating winter distribution of ice in Arctic seas]”, p. 141–50; V. Yu. Aleksandrov and A. V. Bushuyev, “Ispol’zovaniye statisticheskikh kharakteristik radiolokatsionnykh izobrazheniy l’dov dlya ikh raspoznavaniya [The use of statistical characteristics of radar pictures of ice to distinguish ice categories]”, p. 151–54.]Google Scholar

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