Visn. Nac. Akad. Nauk Ukr. 2016. (8) 26-38

P.F. Gozhik
Institute of Geological Sciences of National Academy of Science of Ukraine, Kyiv

According to the materials of scientific report at the meeting of the Presidium of NAS of Ukraine, July 7, 2016

The results of integrated interdisciplinary research, which were carried out within the purposeful integrated program "Integrated monitoring, evaluation and prediction of the dynamics of the marine environment and resources of the Azov-Black Sea Basin in the context of growing anthropogenic load and climate change" in 2013–2015, are presented.

Keywords: Azov-Black Sea basin, integrated monitoring, marine environment, purposeful integrated program.


Language of article: ukrainian


1. Shnyukov E.F. (ed.). Geological and oceanographic research of the Crimea continental outskirts and adjacent Black sea
(Kyiv, 2012).
2. Kobolev V.P. Experimental-methodical complex geological-geophysical expedition of the 66th voyage RV "Professor
Vodyanitsky" in west part of the Black Sea. Geologist of Ukraine. 2011. (1): 40.
3. Kobolev V.P., Burtny P.A., Mikhailyuk S.F., Novik N.I., Pinchuk S.V., Chulkov S.S. Hardware and technical support
for marine geophysical studies on the research vessel "Professor Vodyanitsky". Geophysical Journal. 2011. 33(5): 90.
4. Orlyuk M.I., Lebed T.V., Marchenko A.V., Romenets A.A., Bakarzhieva M.I. Magnetic models of the earth's crust
along the deep seismic sounding profiles 25, DSS 28 and DSS 29 (in connection with the investigation of the transition
zone of the East-European platform to the Black Sea megadepression. Geodynamics. 2013. (2): 259. 
 5. Starostenko V.I., Dolmaz M.N., Kutas R.I., Rusakov O.M., Oksum E., Hisarli Z.M., Okyar M., Kalyoncuoglu U.Y.,
Tutunsatar H.E., Legostaeva O.V. Thermal structure of the crust in the Black Sea: comparative analysis of magnetic
and heat flow data. Marine Geophys. Res. 2014. 35(4): 345.
 6. Starostenko V.I., Lukin A.E., Rusakov O.M., Pashkevich I.K., Lebed T.V. Hydrocarbon through-formation fluid-supplying
channel on the north-western shelf of the Black Sea according to the three-dimensional magnetic modeling.
Geology and Mineral Resources of the World Ocean. 2015. (2): 147.
 7. Kobolev V.P. Plume-tectonic aspect of rifting and evolution of the Black Sea megadepression. Geology and Mineral
Resources of the World Ocean.
2016. (2): 16.
 8. Lukin A.E. Hydrocarbon potential of the great depths and perspectives of its development in Ukraine. Geophysical
. 2014. 36(4): 3.
 9. Lukin A.E. The system "plume — deep-segments of the oil and gas basins" — an inexhaustible source of hydrocarbons.
Geological Journal. 2015. (2): 7.
10. Kobolev V.P., Verpahovskaya А.О. Accumulations of gas hydrates in Dnieper paleodelta as an object of seismic surveys
on the slope of the north-western shelf of the Black Sea. Geology and Mineral Resources of the World Ocean.
2014. (1): 81.
11. Verpahovskaya A.O., Pilipenko V.N., Kobolev V.P. Features of processing marine seismic observations using finitedifference
migration. Geophysical Journal. 2013. 35(5): 187.
12. Kobolev V.P. The thermodynamic conditions of hydrate formation in the Black Sea. Geology. Mining. Oil and Gas
Practice. Energy. 2014. (1): 126.
13. Bagrіy І.D. Development of the geological-structural-thermal-atmogeochemical technology of prediction minerals
searching and estimation of environment geoecological condition.
(Kyiv: Logos, 2013).
14. Bagrіy І.D., Voytsitsky Z.Ya., Griga M.Y., Aksom S.D., Mamishev І.Е. Prediction of oil-and-gas saturability of the
Black Sea Kerch shelf for the results of structural-thermal-atmogeochemical exploration. Geological Journal. 2014.
(1): 33.
15. Shnyukov E.F. (ed.). Geological and oceanographic research in the Black Sea. (Kyiv: Logos, 2014).
16. Shnyukov E.F. (ed.). Mud volcanoes of the Black Sea (the catalog). (Kyiv: Logos, 2015).
17. Shnyukov E.F., Kobolev V.P. Stream gassing of the Black Sea bottom — a unique environmental, ecological and resource
phenomenon. Geology and Mineral Resources of the World Ocean. 2013. (3): 134. 
18. Shnyukov E.F., Kobolev V.P., Pasynkov A.A. Gas volcanism of the Black Sea. (Kyiv: Logos, 2013).
19. Kozіychuk E.Sh. Production characteristics phіtomіcrobenthos of ponds and currents of the Kіlіyа Danube Delta. The
Scientific Issues of Ternopil Volodymyr Hnatiuk National Pedagogical University.
Series: Biology. 2015. (3—4): 328.
20. Liashenko A.V., Zorina-Sakharova E.E. Macroinvertebrates marine and estuarine edge seaside Kilia Danube Delta.
Hydrobiological Journal. 2015. 51(2): 3.
21. Liashenko A.V., Zorina-Sakharova E.E., Sanzhak J.O., Makovsky V.V. Comparative characteristics of the taxonomic
composition of macrofauna Kiliya arm of the Danube delta. Hydrobiological Journal. 2013. 49(3): 27.
22. Liashenko A., Zorina-Sakharova K. Macroinvertebrates of the Marine Edge and Fore-Delta of Kyliya Branch of the
Danube River. Acta Zool. Bulg. 2014. 7: 19.
23. Liashenko A., Zorina-Sakharova K. The Influence of the Invertebrate Drift on the Communities of the Danube Delta
Marine Edge. Acta Zool. Bulg. 2014. 7: 27.
24. Liashenko A., Zorina-Sakharova K., Marchenko I. Effects of Salinity on the Zooplankton Communities in the Fore
Delta of Kyliya Branch of the Danube River. Acta Zool. Bulg. 2014. 7: 129.
25. Vinogradov A.K., Khutornoi S.A. Ichthyofauna Odessa region north-west of the Black Sea: biological, environmental,
ecological and morphological features.
(Odessa: Astroprint, 2013).
26. Trofymchuk O., Kreta D., Myrontsov M., Okhariev V., Shumeiko V., Zagorodnia S. Information Technology in Environmental
Monitoring for Territorial System Ecological Assessment.
J. Environ. Sci. Eng. 2015. А4: 79.
27. Pashchenko R.E., Radchuk V.V., Krasovsky G.Y., Radchuk І.V. Monitoring of environment with helping of sputnik
NOAA cosmic photo
. (Kyiv, 2013).
28. Lyalko V.І., Vorobyov A.І., Geikhman A.M. Determination of gas bubble displacement at pivoting from bottom to the
sea surface with using of satellite information. Ukrainian Journal of Remote Sensing. 2015. (4): 14.
29. Sokolovskа A.V., Fedorovsky A.D. Methodical bases of remote aerospace research in environmental management as
a multi-interdisciplinary research field. Ukrainian Journal of Remote Sensing. 2015. (4): 10.
30. Gonchar A.I., Fedoseenkov S.G. Remote profile ground technology of the seabed survey. Hydroacoustic journal: problems,
methods and manners of the World ocean investigations
. 2014. (11): 32.
31. Gonchar A.I., Fedoseenkov S.G., Shlychek L.I., Shundel A.I. Prediction digital relief model for modeling data of hydroacoustic
tools. Hydroacoustic journal: problems, methods and manners of the World ocean investigations. 2014. (11): 9.
32. Lyubitsky A.A., Bulygin V.S. The inverse scattering of sound in the gas flares of the Black Sea. In: Ocean Acoustics.
(Moscow: GEOS, 2013). P. 138—141. 
33. Dragomiretskaya E.V., Kuzmina L.M., Skipa M.I. Dynamic and equilibrium properties of inhomogeneous geological
media. Bulletin of the Odessa National University. Series: Geographical and Geological Science. 2014. 19(4): 300.
34. Oceanology investigations: international law regulation in present-day conditions. Part 2. Shchiptsov O.A. (ed.). International
law regulation of Ukraine activity at conducting marine expeditionary investigations in zones national
jurisdiction of coastal states of the Azov-Black Sea basin.
(Odessa: Fenіks, 2015).
35. Kobolev V.P., Chulkov S.S., Ganiev A.Z., Kozlenko Y.V., Zakharov I.G., Lyubitsky A.A., Ignatyev S.M. 74th voyage
RV "Professor Vodyanitsky" — integrated field studies on the continental slope of the north-western shelf of the
Black Sea. Geology and Mineral Resources of the World Ocean. 2013. (3): 175.