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2. География лавин. М.: Изд-во МГУ, 1992, , 334 c.
3. Кадастр лавин СССР. 1984-1991. Л., Т.1-20, ГИМИЗ.
4. Кравцова В.И., Канаев Л.А. ГИС «Гляциология»: подсистема «Лавины». – МГИ, 1990, в.70, с.150-152.
5. Купцова А.В., Перекрест В.В.. Создана и работает ГИС Кабардино-Балкарской республики. Информационный бюллетень ГИС-Ассоциации. М., 1996, № 3(5), с.24-25.
6. Трошкина Е.С. Лавинный режим горных территорий СССР. М.: Изд-во ВИНИТИ, 1992, 196 с.
7. Chernouss, P.A. and Yu.V.Fedorenko. Avalanche forecasting and hazard estimating in Khibini Mountaines. International Сonference “Avalanches and related subjects”. Proceedings. “APATIT” JSC, Kirovsk, Russia, 1996, p. 154-160.
8. Fagre, D. Global change research program. Glacier national park. URL: http://www.mesc.usgs.gov /glacier/global.htm.
9. Fuchs, H. and H.Zehetbauer. Benchmark - digitaler Wildbach- und Lawinenkataster Benchmark - digitaler Wildbach- und Lawinenkataster. URL: http://bzgserver.boku.ac.at/forschung.htm
10. Furdada, G. 1996. Estudi de les allaus al Pirineu Occidental de Catalunya: prediccio espacial i aplicacions de la cartografia. Logrona, Geoforma ediciones. 316 p.
11. Furdada, G. and J.M.Vilaplana. 1998. Statistical prediction of maximum avalanche run-out distances from topographic data in the western Catalan Pyrenees (northeast Spain). Annals of Glaciology, 26, 285-288.
12. Gardiner, M.J., Ellis-Evans, J.C., Anderson, M.G. and M.Tranter. 1998. Snowmelt modelling on Signy Island, South Orkney Islands. Annals of Glaciology, 26, 161-166.
13. Glazovskaya T.G. 1998. Global distribution of snow avalanches and changing activity in the Northern Hemisphere due to climate change. Annals of Glaciology, 26, 337-342.
14. Gruber, U., Bartelt, P. and H.Haefner. 1998. Avalanche hazard mapping using numerical Voellmy-fluid models. NGI, Oslo, pub. Nr.203, 117-121.
15. Joseph, A. British Columbia backcountry database: A recreational GIS project. URL: http://www.ubc.ca.
16. Leuthold, H., Allgower, B. and R.Meister. 1997. Visualization and analysis of the Swiss avalanche bulletin using GIS. Proceedings of the International Snow Science Workshop 1996, Banff, Canada. 35-40
17. Lied, K. and R.Toppe. 1989. Calculation of maximum snow-avalanche run-out distance by use of digital terrain models. Annals of Glaciology, 13, 164-169.
18. Mases, M., Buisson, L., Frey, W. and G.Marti. 1998. Empirical model for snowdrift distribution in avalanche-starting zones. Annals of Glaciology, 26, 237-241.
19. Pertziger, F. 1998. Using of GIS technology for avalanche hazard mapping, scale 1:10 000. NGI, Oslo, pub. Nr.203, 210-214.
20. Purves, R.S., Barton, J.S., Mackaness, W.A. and D.E.Sugden. 1998. The development of a rule-based spatial model of wind transport and deposition of snow. Annals of Glaciology, 26, 197-202.
21. Stoffel, A., Meister, R. аnd J.Schweizer. 1998. Spatial characteristics of avalanche activity in an Alpine valley. Annals of Glaciology, 26, 329-336.
22. Toppe, R. 1987. Terrain models: a tool for natural hazard mapping. Avalanche formation, Movement and Effects. Davos. IAHS, 162, 629-638.
23. Weetman, G. Avalanche hazard modelling using GIS. URL: http://www.geog.ubc.ca/courses/klink /g472/class96/gweetman/project.html.
24. Селиверстов Ю.Г., Глазовская Т.Г. (НИЛ снежных лавин и селей Географического факультета МГУ). Использование ГИС-технологий в снеголавинных исследованиях.
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