EcoGIS-Simulation Software for riverbed sediments modeling

The paper describes the EcoGIS-Simulation software and hardware complex for numerical hydrological modeling of river systems. The computing core makes it possible to carry out a non-stationary self-consistent calculation of the dynamics of surface and groundwater, as well as the transfer of entraine...

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Main Authors: Khrapov Sergey, Agafonnikova Ekaterina, Potaptseva Polina, Makoveev Ilya, Klikunova Anna
Format: Article
Language:English
Published: EDP Sciences 2023-01-01
Series:E3S Web of Conferences
Online Access:https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/48/e3sconf_apecvi2023_02005.pdf
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author Khrapov Sergey
Agafonnikova Ekaterina
Potaptseva Polina
Makoveev Ilya
Klikunova Anna
author_facet Khrapov Sergey
Agafonnikova Ekaterina
Potaptseva Polina
Makoveev Ilya
Klikunova Anna
author_sort Khrapov Sergey
collection DOAJ
description The paper describes the EcoGIS-Simulation software and hardware complex for numerical hydrological modeling of river systems. The computing core makes it possible to carry out a non-stationary self-consistent calculation of the dynamics of surface and groundwater, as well as the transfer of entrained and suspended sediments. The main attention is paid to the organization of geoinformation support for such calculations at the stages of preparation of initial data, processing of results and their visualization. EcoGIS-Simulation software is designed to simulate non-stationary self-consistent dynamics of surface and groundwater together with the transport of entrained and suspended sediments. The strong dependence of the nature of sediment transport on the particle size in the conditions of the Medveditsa River in the vicinity of the city of Mikhailovka (Volgograd Region, Russia) is shown.
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spelling doaj.art-a9901a493d604220a41de0c43d276f212023-08-21T09:01:24ZengEDP SciencesE3S Web of Conferences2267-12422023-01-014110200510.1051/e3sconf/202341102005e3sconf_apecvi2023_02005EcoGIS-Simulation Software for riverbed sediments modelingKhrapov Sergey0Agafonnikova Ekaterina1Potaptseva Polina2Makoveev Ilya3Klikunova Anna4Volgograd State UniversityVolgograd State UniversityVolgograd State UniversityVolgograd State UniversityVolgograd State UniversityThe paper describes the EcoGIS-Simulation software and hardware complex for numerical hydrological modeling of river systems. The computing core makes it possible to carry out a non-stationary self-consistent calculation of the dynamics of surface and groundwater, as well as the transfer of entrained and suspended sediments. The main attention is paid to the organization of geoinformation support for such calculations at the stages of preparation of initial data, processing of results and their visualization. EcoGIS-Simulation software is designed to simulate non-stationary self-consistent dynamics of surface and groundwater together with the transport of entrained and suspended sediments. The strong dependence of the nature of sediment transport on the particle size in the conditions of the Medveditsa River in the vicinity of the city of Mikhailovka (Volgograd Region, Russia) is shown.https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/48/e3sconf_apecvi2023_02005.pdf
spellingShingle Khrapov Sergey
Agafonnikova Ekaterina
Potaptseva Polina
Makoveev Ilya
Klikunova Anna
EcoGIS-Simulation Software for riverbed sediments modeling
E3S Web of Conferences
title EcoGIS-Simulation Software for riverbed sediments modeling
title_full EcoGIS-Simulation Software for riverbed sediments modeling
title_fullStr EcoGIS-Simulation Software for riverbed sediments modeling
title_full_unstemmed EcoGIS-Simulation Software for riverbed sediments modeling
title_short EcoGIS-Simulation Software for riverbed sediments modeling
title_sort ecogis simulation software for riverbed sediments modeling
url https://www.e3s-conferences.org/articles/e3sconf/pdf/2023/48/e3sconf_apecvi2023_02005.pdf
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AT potaptsevapolina ecogissimulationsoftwareforriverbedsedimentsmodeling
AT makoveevilya ecogissimulationsoftwareforriverbedsedimentsmodeling
AT klikunovaanna ecogissimulationsoftwareforriverbedsedimentsmodeling