Relevance of the theme. At the present stage of our planet’s development, the global climatic changes are intensifying hydrodynamic and coastal processes in the coastal zone of the World Ocean. Under the given conditions, the greatest dynamic changes take place within coastal barriers that occupy about 13% of the length of the World’s ocean coastline.
Coastal barriers are widespread within isolated inland sea basins (Baltic, Black and Azov Seas) that are connected with the oceans through narrow and shallow straits. The isolation of the seas determines that the sea waves and wind surge fluctuations are playing the predominant role of in the development of coastal processes. In this context the seas are classified as non-tidal differ substantially from the oceanic coastlines where tides of a planetary nature occur.
The coastal barriers of non-tidal seas have an important coastal protection and economic importance. Intensification of their development, namely the manifestation of destructive and retrograde processes can lead to their significant change and, as a consequence, to the reduction of their significance. For this reason, the defining of formation and development of non-tidal coastal barriers is an important topic of scientific research.
The purpose of the study is to determine the morphodynamic trends of coastal barriers developing in various hydrodynamic conditions in non-tidal seas.
Novelty of the subject. Separate coastal barriers of non-tidal seas have been well studied, but the analysis of the general regularities of formation and development of these coastal accumulative forms in non-tidal seas not yet has been carried out. This study will extend the theoretical base of coastal science on the formation and development of coastal accumulative forms.
Practical significance. The obtained materials will make it possible to clarify the genetic features of the barriers as well as the spatial and morphological features of their evolution. Therefore, the materials obtained can be used to determine the resistance of barriers to anthropogenic pressure, which will help to increase the recreational potential of nature conservation sites located within the studied barriers. The materials obtained in the study will allow solving the problem of post-war reclamation and restoration of coastal accumulative forms in the Black Sea and Azov Sea regions.
Research implementation perspective. The work will be based on analysis of cartographic (for the period from the beginning of the 19th century to the end of the 20th century) and remote sensing (from the 80s of the 20th century to the present day) materials, as well as field research data. Analysis of the coastal barriers of the Black and Azov Seas under martial law will be carried out using field research materials (including samples) previously collected by employees of Kherson State University. The Center for the Study of Nature has the most modern equipment for the analysis of field research materials.