oa Study of Structural-Geological Conditions of Landslide Processes Forming and Development of an Example of Odesa Portside Plant Territory (Ukraine)

References

1. CherkezE.A.
   (1996) Geological and structural-tectonic factors of landslides formation and development of the North-Western Black Sea coast. In K.Sennesset (ed), Landslides. Balkema, Rotterdam, 509–513.
   [Google Scholar]
2. Cherkez, E.A., Tchujko, E.E., Orlov, V.F.
   (2006), Kinematics features of geodeformation processes of territory of port Youzhny // Bulletin of the Odessa National University, Geographical and geological sciences, Vol. 11, Prod. 3, pp. 240–250.
   [Google Scholar]
3. CherkezE.A., ShatalinS. N.
   (2012) Regularities of landslides development within the Northern part Black sea Region. In: Engineering geodynamics of Ukraine and Moldova (landslide geosystems): in 2 vol. / And 62 edited by G.I.Rudko, VA. Osiyuk. are Chernovtsy: Bukrek, 2012. - Vol. 2. - P. 232–340. (in Russian).
   [Google Scholar]
4. CherkezE.A., KozlovaTV., ShmouratkoV.I.
   (2013) // Engineering geodynamics of landslides slopes of the Odesa sea coast after anti-landslides measures.Herald of the Odesa National University, Series: Geographical and geological sciences (Ukraine), 18, 1, 15–24. (in Russian).
   [Google Scholar]
5. CherkezE.A., ShmouratkoV.I., KozlovaTV., TchujkoE.E.
   (2014). Engineering geodynamic typification of a territory prone to dangerous landslides on the right bank of the Maly Ajalyk liman, Herald of the Odessa National University, Series: Geographical and geological sciences (Ukraine), 19, 3, 244–258. (in Russian).
   [Google Scholar]
6. FreibergE., BellendirE., GolitsynV. & GrigorievI. et al.
   (2004). Long-term deformations of soil mass and slope stability predictions of Odessa Port Plant // Proc. of the 15th South East Geotechnical Scientific Conference from 22 to 26 November. 2004. Bangkok. Thailand. - P.379–382.
   [Google Scholar]
7. FreibergE., BellendirE., FedchunA., ElkinA., BichG, CherkezE.
   (2007). Assessment of soil mass deformation and slope stability prediction of Odessa Port Plant. In: Work of 11-th congress of Internetional society for rock mechanics.Lisbon, Portugal, 9-13 July 2007. P. 268–271.
   [Google Scholar]
8. Freiberg., Bellendir., GolitsynV., AblyamitovN, Cherkez., TchujkoE, BichG
   (2012). The Impact of Structural-tectonic and Lithogenous Peculiarities of the Rock Mass on the Formation and Development of Geo-deformation Processes In 12th ISRM Congress - International Society for Rock Mechanics and Rock Engineering, Beijing, China, 18–21 Oktober 2011, ISRM-12CONGRESS-2011-374, BALKEMA - P. 2047–2051.
   [Google Scholar]
9. KozlovaT. V., ShmouratkoV.I.
   (1998). High-frequency Tectogenesis and Forecasting of Engineering-Geological Processes / T. V. Kozlova, // Proc. of the Second International Conference on Environmental Management (ICEM2), 10–13 February, 1998. Wollongong, Australia. Edd. M.Sivakumar and R.N.Chowdhury, Elsevier, 1998. - vol. 2. - P. 883–890.
   [Google Scholar]
10. ozlovaTV.
    (2001). The impact of high-frequency wave tectogenesis on the development of the landslides processes, Ekologiya dovkillya ta bezpeka zhy ttyediyalnosti (Ukraine), 5, 20–27. (in Russian).
    [Google Scholar]
11. ozlovaTV., CherkezE.A., ShmouratkoV.I.
    (2013). Engineering-geodynamic conditions of the landslide slope of the Primorsky boulevard territory in Odesa, Herald of the Odesa National University, Series: Geographical and geological sciences (Ukraine), 18, 1, 58–70. (in Russian).
    [Google Scholar]
12. ozlovaTV., CherkezE.A., BotnarM.H., GazyetovYe.І., SnigirovS. M.
    (2017). Morphostructure peculiarities of Odesa coast abrasive-landslide bench of the Black Sea, Herald of the Odesa National University, Series: Geographical and geological sciences (Ukraine), 22, 2, 159–171. (in Russian).
    [Google Scholar]
13. VoskoboynikovV.M., KozlovaTV.
    (1992). Use of the geodynamic analysis and method of the generalized variables for estimating and predicting the stability of landslide slopes (by the example of the Northern Black Sea region), Engineering geology (Russia),6, 34–49. (in Russian).
    [Google Scholar]