Modern Abrasion Processes of the Azov Sea Coast

Bespalova, L. A.; Ivlieva, O.V.; Tsygankova, A.E.; Ioshpa, Alexander; Sknarina, Irina; Kropyanko, Larisa

doi:10.31519/conferencearticle_5b1b9488b31608.96638909

Proceedings of International Conference "Managinag Risks to Coastal Regions and Communities in a Changinag World" (EMECS'11 - S 2017

DOI: 10.31519/conferencearticle_5b1b9488b31608.96638909

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Modern Abrasion Processes of the Azov Sea Coast

L. A. Bespalova

O.V. Ivlieva

A.E. Tsygankova

et al.

Abstract: The Azov Sea Coast is subjected to a complex of hazardous exogenous geological processes, landslides and abrasion being the most important ones. Both natural and anthropogenic factors contribute to the development and intensification of these processes. These processes are currently growing due to an increased frequency of storm surges.

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2022

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Research of long-term changes in the coastal territories of the Sea of Azov on the basis of satellite data by the methods of image classification of ArcGIS Pro

Arkhipova

Glazko

2022

ICIGIS

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With the advent of new methods for tracking the Earth’s surface, the priority of the data source for environmental monitoring has shifted in favor of remote sensing (RS) data. The processing of remote sensing data of the territory is the possibility of modern tracking and control of hazardous processes. During the study, by comparing satellite images for different years using various methods of the ArcGIS Pro geoinformation environment, an analysis was made of changes in the coastal zone of the Sea of Azov. Three methods for finding changes in the coastal zone associated with dangerous landslide-abrasion processes were evaluated: detection of changes in the coastal zone by replacing the red channel in an earlier image with the red channel of a later image (Composite Bands method); deep Learning method; compute Change method. The study showed the advantage of the Compute Change method on this sample of first data, which made it possible to assess the impact of landslide and abrasion processes on the coastal zone of the Sea of Azov. The results obtained are consistent with the data of field studies of the coastal zone of the Sea of Azov and the data of environmental control of the Krasnodar territory.

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Research of long-term changes in the coastal territories of the Sea of Azov on the basis of satellite data by the methods of image classification of ArcGIS Pro

Arkhipova

Glazko

2022

ICIGIS

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Geoinformation support for monitoring dangerous exogenous geological processes in the coastal zone of the Sea of Azov

Misirov

Magaeva

Kulygin

2022

ICIGIS

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The shores of the Sea of Azov are exposed to dangerous exogenous geological processes—abrasion, landslide processes, beach erosion. For more effective monitoring, spatial analysis and risk assessment of the above-mentioned hazards, a geoinformation system (GIS) “Coastal processes in the Sea of Azov” has been created. GIS contains: the results of field observations of coastal processes on the reference network for more than 60 years, historical maps, data from literary sources, Earth remote sensing data—satellite images and aerial photography from unmanned aerial vehicles, observation data from coastal hydrometeorological stations, ERA-Interim and NCEP/NCAR Reanalysis data, automated sea level monitoring data in the coastal zone. GIS “Coastal processes in the Sea of Azov” was implemented on the ArcGIS 10 software platform. All data are structured in the basic blocks (a block of basic spatial model, a block of information about the shores and the natural environment, a block of field research, a block of remote observation data, a block of socio-economic information, a block of analytical information), each of which relies on spatial databases that were created as a result of the systematization of relevant information. A number of decision support tools to assess the danger and risk of abrasive and landslide processes in the coastal zone of the Sea of Azov, have been developed. They are embedded in GIS and have the possibility of spatial visualization. The created geoinformation products make it possible to identify the most dangerous areas of the coast for the subsequent prepare a list of measures and decision-making to ensure their safety. Access to the work results is implemented through a cartographic web interface.

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Modern Abrasion Processes of the Azov Sea Coast

Cited by 2 publications

References 0 publications

Research of long-term changes in the coastal territories of the Sea of Azov on the basis of satellite data by the methods of image classification of ArcGIS Pro

Research of long-term changes in the coastal territories of the Sea of Azov on the basis of satellite data by the methods of image classification of ArcGIS Pro

Geoinformation support for monitoring dangerous exogenous geological processes in the coastal zone of the Sea of Azov

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