CHANNEL DEFORMATIONS FORECAST AND FEATURES OF FLOODPLAIN QUARRIES OF NON-METALLIC CONSTRUCTION MATERIALS DEVELOPMENT IN MEANDERING RIVERBEDS BASED ON SAFE NAVIGATION CONDITIONS (ON THE EXAMPLE OF THE BELAYA RIVER)
Abstract
Floodplain quarries of non-metallic construction materials (NCM) have a minimal impact on the water regime and navigable conditions of the reservoir in the area of their location. However, the development of such deposits has its own characteristics, especially in case of their location in meandering beds of large navigable rivers. On the example of floodplain quarry located at the mouth of the Belaya river (1757-1763 km), development conditions for such facilities based on ensuring navigation safety were considered; on the basis of changes’ dynamics in the bends’ main parameters the channel state assessment and fluvial deformations forecast were made. It was concluded that it is possible to extract sand and gravel in the studied section of the Belaya river, provided that navigation safety issues are resolved in a comprehensive manner. First of all, it refers to meander straightening and transferring the ship's course to a new capital slot.
References
Беркович К.М. Русловые процессы и русловые карьеры. – М.: 2005. – с.109.
СТО 52.08.31-2012. Добыча НСМ в водных объектах. Учет руслового процесса и рекомендации по проектированию и эксплуатации русловых карьеров /Министерство природных ресурсов и экологии РФ/. Сп-б. 2010 г.
Рекомендациям по прогнозу деформаций речных русел на участках размещения карьеров и в нижних бьефах гидроузлов, - Ленинград: Транспорт, 1988 г.
Руководство по проектированию русловых карьеров. Мероприятия по предотвращению понижения уровней воды / Министерство речного флота РСФСР/ , Ленинград: Транспорт, 1987 г.
Правила плавания по внутренним водным путям. / Утв. приказом Минтранса России от 19 января 2018 г. № 19., https://doi.org/10.18356/8a5cf897-ru
ГОСТ 26600-98. Знаки навигационные внутренних судоходных путей. ИПК. – Изд-во стандартов, 2001 – 32 с.
Гришанин К.В. и др. Водные пути. – М.: Транспорт, 1986 г.
Рекомендации по учету естественных циклических деформаций русел равнинных рек при строительном проектировании / Министерство энергетики и электрификации СССР/ Ленинград: Гидрометеорологическое издательство, 1969 г.
Knighton D. Fiuvial forms and processes. London, Arnold.1984.218p.
Knighton D. Fiuvial forms and processes. A new perspective. London, Arnold.1998. 383p.
Bagnold R.A. An approach to the sediment transport problem from general physics. - US. Geol. Survey, 1966, Prof. Paper
Graf W.H., Acaroglu E.R. Sediment transport in conveyance systems (Part I) - Bull. Int. Assoc. Sci. Hydr., XIII annee №2.1968
Lagasse P.F.. Winkley B.R., Simons D.B. Impact of gravel mining on river system stability// Journal of the Waterway, Port, Coastal, and Ocean Division. Vol. 103. 1980. №3. P. 389-404.
Galay V.J. Causes of River Bed Degradation// Water resources research, 1983, vol.19, №5. P.1057-1090., https://doi.org/10.1029/wr019i005p01057
Graf W.L. The rate law in fluvial geomorphology. – American Journal of Science. 1977, 277. P.178-191., https://doi.org/10.2475/ajs.277.2.178
Gregory K. Walling D. Human activity and environmental processes. London. 1987. 235.
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