Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Relevant issues of the technology of monitoring of urban areas exposed to landslides АКТУАЛЬНЫЕ ВОПРОСЫ ТЕХНОЛОГИИ МОНИТОРИНГА ГОРОДСКИХ ТЕРРИТОРИЙ, ПОДВЕРЖЕННЫХ ОПОЛЗНЕВЫМ ПРОЦЕССАМ
The authors argue that there is a need to develop a system of monitoring of landslide processes, particularly in the city of Moscow. Widespread landslides around the world that lead to enormous social and economic losses make the resolution of this problem truly relevant. Landslides occur in 725 cities of Russia. 6 to 15 emergencies caused by landslides are registered in Russia each year.Having analyzed the current status of the system of monitoring and forecasting of landslide patterns in Moscow, the authors conclude that the present-day projections can only suggest a general idea of the pattern of future geological processes.Based on these references, literary sources and other materials, the authors are going to develop a geological cartographic model of the landslide pattern in Moscow using ArcGIS software developed by ESRI. The research information available to date will be useful if presented in the unified GIS environment as overlapping thematic layers. Each factor affecting the landslide process will be presented in the form of a layer entered into the database. Spatial Analyst is the most convenient tool that will take account of the interaction of factors.The result of the research and calculations will represent an interactive map of landslide processes in the area provided in the scale requested by the user.The interactive GIS system map will identify the characteristics of each process in the area to assess the reliability of engineering solutions, positive and negative consequences of environmental protection actions in order to make prompt decisions depending on variable environmental conditions.
Раскрыты актуальность и необходимость развития системного мониторинга оползневых процессов на территории г. Москвы, разработаны предложения по технологии его реализации посредством создания единого геоинформационного пространства города, которое обеспечит своевременное получение данных о состоянии объектов и потенциально опасных для эксплуатации городских территориях, а также позволит реализовать системное прогнозирование развития вышеуказанных процессов во времени.
Relevant issues of the technology of monitoring of urban areas exposed to landslides АКТУАЛЬНЫЕ ВОПРОСЫ ТЕХНОЛОГИИ МОНИТОРИНГА ГОРОДСКИХ ТЕРРИТОРИЙ, ПОДВЕРЖЕННЫХ ОПОЛЗНЕВЫМ ПРОЦЕССАМ
The authors argue that there is a need to develop a system of monitoring of landslide processes, particularly in the city of Moscow. Widespread landslides around the world that lead to enormous social and economic losses make the resolution of this problem truly relevant. Landslides occur in 725 cities of Russia. 6 to 15 emergencies caused by landslides are registered in Russia each year.Having analyzed the current status of the system of monitoring and forecasting of landslide patterns in Moscow, the authors conclude that the present-day projections can only suggest a general idea of the pattern of future geological processes.Based on these references, literary sources and other materials, the authors are going to develop a geological cartographic model of the landslide pattern in Moscow using ArcGIS software developed by ESRI. The research information available to date will be useful if presented in the unified GIS environment as overlapping thematic layers. Each factor affecting the landslide process will be presented in the form of a layer entered into the database. Spatial Analyst is the most convenient tool that will take account of the interaction of factors.The result of the research and calculations will represent an interactive map of landslide processes in the area provided in the scale requested by the user.The interactive GIS system map will identify the characteristics of each process in the area to assess the reliability of engineering solutions, positive and negative consequences of environmental protection actions in order to make prompt decisions depending on variable environmental conditions.
Раскрыты актуальность и необходимость развития системного мониторинга оползневых процессов на территории г. Москвы, разработаны предложения по технологии его реализации посредством создания единого геоинформационного пространства города, которое обеспечит своевременное получение данных о состоянии объектов и потенциально опасных для эксплуатации городских территориях, а также позволит реализовать системное прогнозирование развития вышеуказанных процессов во времени.
Relevant issues of the technology of monitoring of urban areas exposed to landslides АКТУАЛЬНЫЕ ВОПРОСЫ ТЕХНОЛОГИИ МОНИТОРИНГА ГОРОДСКИХ ТЕРРИТОРИЙ, ПОДВЕРЖЕННЫХ ОПОЛЗНЕВЫМ ПРОЦЕССАМ
Volodina Lyudmila Aleksandrovna (Autor:in) / Slepnev Mikhail Alekseevich (Autor:in)
2013
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
monitoring of the area , landslide processes , geographical information system , projection of exogenous geological processes , мониторинг территории , оползневые процессы , геоинфор- мационная система , геоинформационное пространство , прогнозирование экзоген- ных геологических процессов , Architecture , NA1-9428 , Construction industry , HD9715-9717.5
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Повышение пропускной способности магистрале линейно-протяженных городских территорий
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