伏尔加河和顿河三角洲数字高程模型的开发及其在水文建模中的应用

Q2 Agricultural and Biological Sciences Geography, Environment, Sustainability Pub Date : 2023-01-18 DOI:10.24057/2071-9388-2022-035
N. Yaitskaya, I. Sheverdyaev
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引用次数: 2

摘要

本文描述了为顿河和伏尔加河广大三角洲地区构建数字高程模型的方法,以进一步用于浪涌洪水的数学模型。介绍了三角洲地区的初步制图数据和特征。详细考虑了信息处理的方法。已经开发了一种用于构建DEM的算法,以获得高度详细的数字高程模型。该算法基于结合各个关键特征的DEM——陆地、水文网络的深度和河流接收水库的水深。地形图、航道深度图、水文图以及卫星图像Landsat-8和Sentinel-2用于创建顿河和伏尔加河的DEM。为了构建单独的DEM,使用地理信息系统创建了河道绝对深度的光栅、水文DEM、陆地DEM和陆架DEM。为了评估在基于HEC-RAS的水文模型中使用所获得的DEM的可能性,我们使用不同的表面粗糙度系数对唐三角洲的风涌现象期间的水位进行了训练和验证计算。计算结果表明,使用获得的粗糙度系数为0.0125的DEM,观测到的唐三角洲水位波动具有良好的再现性。此外,我们使用获得的DEM和各种河床的组合,而不是河床粗糙度系数,对伏尔加三角洲的风暴潮现象进行了类似的计算。河床0.007和非河床表面0.02的组合再现了伏尔加三角洲风暴潮现象期间观测到的水位波动。为伏尔加三角洲和顿河三角洲构建的DEM可以重现浪涌事件期间观测到的河流流量和水位波动的动态。考虑到海岸和三角洲地貌的复杂性,首次为伏尔加河和顿河创建了如此详细的DEM。
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Digital Elevation Model Development Of The Volga And Don River’s Delta And Application In Hydrological Modeling
The article describes the methodology for constructing digital elevation models for the vast delta areas of the Don and Volga rivers for further use in mathematical models of flooding from surges. The initial cartographic data and features of the delta regions are described. The methods of information processing are considered in detail. An algorithm for constructing a DEM has been developed to obtain highly detailed digital elevation models. The algorithm is based on combining the DEM of individual key features - land, the depths of the hydrographic network and the bathymetry of the receiving reservoir for the river. The topographic maps, maps of the navigable route depths, hydrographic maps, and satellite images Landsat-8 and Sentinel-2 were used to create the DEM of the Don and Volga river. To build individual DEMs, a raster of the absolute depth of the channels, a hydrography DEM, a land DEM, and a shelf DEM were created using geoinformation systems. To assess the possibility of using obtained DEMs in hydrological models based on HEC-RAS, we conducted training and verification calculations of water level during wind surge phenomena in Don Delta using different surface roughness coefficients. The calculation results show good reproducibility of observed water level fluctuation in the Don Delta using obtained DEM with a roughness coefficient of 0.0125. Also, we carried out similar calculations of storm surge phenomena in the Volga Delta using obtained DEM and combinations of various riverbed and not riverbed roughness coefficients. The combination of 0.007 for riverbed and 0.02 for not riverbed surfaces reproduces the observed water level fluctuation during storm surge phenomena in Volga Delta. The constructed DEMs for the Volga and Don deltas made it possible to reproduce the observed dynamics of river discharges and water level fluctuations during surge events. Such detailed DEMs, taking into account all the complexity of the coastal and delta relief, were created for the first time for the Volga and Don.
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来源期刊
Geography, Environment, Sustainability
Geography, Environment, Sustainability Social Sciences-Geography, Planning and Development
CiteScore
2.50
自引率
0.00%
发文量
37
审稿时长
12 weeks
期刊介绍: Journal “GEOGRAPHY, ENVIRONMENT, SUSTAINABILITY” is founded by the Faculty of Geography of Lomonosov Moscow State University, The Russian Geographical Society and by the Institute of Geography of RAS. It is the official journal of Russian Geographical Society, and a fully open access journal. Journal “GEOGRAPHY, ENVIRONMENT, SUSTAINABILITY” publishes original, innovative, interdisciplinary and timely research letter articles and concise reviews on studies of the Earth and its environment scientific field. This goal covers a broad spectrum of scientific research areas (physical-, social-, economic-, cultural geography, environmental sciences and sustainable development) and also considers contemporary and widely used research methods, such as geoinformatics, cartography, remote sensing (including from space), geophysics, geochemistry, etc. “GEOGRAPHY, ENVIRONMENT, SUSTAINABILITY” is the only original English-language journal in the field of geography and environmental sciences published in Russia. It is supposed to be an outlet from the Russian-speaking countries to Europe and an inlet from Europe to the Russian-speaking countries regarding environmental and Earth sciences, geography and sustainability. The main sections of the journal are the theory of geography and ecology, the theory of sustainable development, use of natural resources, natural resources assessment, global and regional changes of environment and climate, social-economical geography, ecological regional planning, sustainable regional development, applied aspects of geography and ecology, geoinformatics and ecological cartography, ecological problems of oil and gas sector, nature conservations, health and environment, and education for sustainable development. Articles are freely available to both subscribers and the wider public with permitted reuse.
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