accumulation towards the prevalence of the latter and it, in turn, testifies that
assimilative capacity of the Bay in relation to the oil hydrocarbons is at critical
level. In view of the fact that regional economic development is an ever-growing
process, the results of its impact on the Bay water area are easily predictable and
without real measures in the field of coastal and maritime spatial planning, draw
optimistic conclusions concerning improvement in pollution status of Sevastopol
Bay is while not possible.
References
Adami G, Barbieri P, Reisenhoper E (2000) An improved index for monitoring metal pollutants in
surface sediments. Toxicol Environ Chem 77: 1–9
Bologa AS (2001a) Recent changes in the Black Sea ecosystem. Ocean Yearbook 15:463–474
Dauvalter V (1997) Heavy metal concentrations in lake sediments as an index of freshwater
ecosystem pollution. In: Crawford RMM (ed) Disturbance and recovery in Arctic lands; an
ecological perspective. Kluwer Academic Publishers, Dordrecht, pp 333–351
Egorov VN, Polikarpov GG, Osvas I, Stokozov NA, Gubin SB, Mirzoeva NY (2002)
Radioecological response of the Black Sea on accident the radionuclides
90
Sr and
137
Cs from
the Chernobyl accident. Sevastopol. Mar Ecol J 1(N5):15–19
Gulin SB, Polikarpov GG, Aarkrog A, Egorov VN, Nielson S, Stokozov NA (1984) The geochronological study of 137Cs input into bottom sediments of the North-Western shelf, continental
slope and deepwater zone of the Black Sea. Reports of NAS Ukraine, pp 133–139
Hakanson L (1980) An ecological risk index for aquatic pollution control – a sedimentological
approach. Water Res 14:975–1001
Ignatyeva OG, Ovsyaniy EI, Romanov AS (2005) Heavy metal pollution of sediments in Sevastopol Bay. Simferopol, geopolitics and ecogeodynamics of regions, N1:92–95
Ivanov VA, Ovsyaniy EI, Repetin LN, Romanov AS, Ignatieva OG (2006) Hydrologohydrochemical regime of the Sevastopol Bay and its climatic and anthropogenic changes.
EKOSI-Hydrophysics, Sevastopol, p 90
Kirukhina LN (1988) Influence of granulometric composition the bottom sediments to accumulation of allochtonous hydrocarbons. Sevastopol, Ecology of the Sea, V.10:36–39
Kirukhina LN (1992) Physical-chemical characteristics of bottom sediments. Molismology of the
Black Sea. Naukova Dumka, Kiev, pp 214–249
Kiryukhina LN, Gubasaryan LA (2000) Biogeochemical characteristics of the Black Sea sediments of the Crimea shelf zone. Sevastopol, Ecology of the Sea, V.50:18–21
Klenkin AA, Pavlenko LF, Korpakova BG, Temerdashev ZA (2007) Justification of generalizing
indicator the quality of ecological condition the bottom deposits. Moscow, Zavodskaya
Laboratoriya. Diagnostika Materialov, N 8, V.73:11–14
Konovalov SK (2009) Report on the hydrochemical studies of the Sevastopol Bay and river
Chernaya. Marine Hydrophysical Institute, Sevastopol, p 33
Mee LD, Topping G (eds) (1999) Black Sea pollution assessment. Black Sea Environmental
Series, United Nations Publications, N10:380
Mironov OG (1987) Surge winds and some indicators of the pollution of marine waters, Oceanographic studies of the Black sea. Naukova Dumka, Kiev, pp 60–65
Mironov OG, Kirjukhina LN, Alymov SV (eds) (2003) Sanitary-biological aspects of the Sevastopol bays ecology in XX century. Sevastopol, IBSS NAS of Ukraine, 185 pp
Mironov OG, Alyomov SV, Osadchaya TS, Rubtsova SI, Soloviyva OV, YuV D, Guseva EV,
Mironova TO, Muraveva IP, Tikhonova EA, Enina LV, Burdiyan NV, Shadrina TV, Volkov
364
T.S. Osadchaya
assimilative capacity of the Bay in relation to the oil hydrocarbons is at critical
level. In view of the fact that regional economic development is an ever-growing
process, the results of its impact on the Bay water area are easily predictable and
without real measures in the field of coastal and maritime spatial planning, draw
optimistic conclusions concerning improvement in pollution status of Sevastopol
Bay is while not possible.
References
Adami G, Barbieri P, Reisenhoper E (2000) An improved index for monitoring metal pollutants in
surface sediments. Toxicol Environ Chem 77: 1–9
Bologa AS (2001a) Recent changes in the Black Sea ecosystem. Ocean Yearbook 15:463–474
Dauvalter V (1997) Heavy metal concentrations in lake sediments as an index of freshwater
ecosystem pollution. In: Crawford RMM (ed) Disturbance and recovery in Arctic lands; an
ecological perspective. Kluwer Academic Publishers, Dordrecht, pp 333–351
Egorov VN, Polikarpov GG, Osvas I, Stokozov NA, Gubin SB, Mirzoeva NY (2002)
Radioecological response of the Black Sea on accident the radionuclides
90
Sr and
137
Cs from
the Chernobyl accident. Sevastopol. Mar Ecol J 1(N5):15–19
Gulin SB, Polikarpov GG, Aarkrog A, Egorov VN, Nielson S, Stokozov NA (1984) The geochronological study of 137Cs input into bottom sediments of the North-Western shelf, continental
slope and deepwater zone of the Black Sea. Reports of NAS Ukraine, pp 133–139
Hakanson L (1980) An ecological risk index for aquatic pollution control – a sedimentological
approach. Water Res 14:975–1001
Ignatyeva OG, Ovsyaniy EI, Romanov AS (2005) Heavy metal pollution of sediments in Sevastopol Bay. Simferopol, geopolitics and ecogeodynamics of regions, N1:92–95
Ivanov VA, Ovsyaniy EI, Repetin LN, Romanov AS, Ignatieva OG (2006) Hydrologohydrochemical regime of the Sevastopol Bay and its climatic and anthropogenic changes.
EKOSI-Hydrophysics, Sevastopol, p 90
Kirukhina LN (1988) Influence of granulometric composition the bottom sediments to accumulation of allochtonous hydrocarbons. Sevastopol, Ecology of the Sea, V.10:36–39
Kirukhina LN (1992) Physical-chemical characteristics of bottom sediments. Molismology of the
Black Sea. Naukova Dumka, Kiev, pp 214–249
Kiryukhina LN, Gubasaryan LA (2000) Biogeochemical characteristics of the Black Sea sediments of the Crimea shelf zone. Sevastopol, Ecology of the Sea, V.50:18–21
Klenkin AA, Pavlenko LF, Korpakova BG, Temerdashev ZA (2007) Justification of generalizing
indicator the quality of ecological condition the bottom deposits. Moscow, Zavodskaya
Laboratoriya. Diagnostika Materialov, N 8, V.73:11–14
Konovalov SK (2009) Report on the hydrochemical studies of the Sevastopol Bay and river
Chernaya. Marine Hydrophysical Institute, Sevastopol, p 33
Mee LD, Topping G (eds) (1999) Black Sea pollution assessment. Black Sea Environmental
Series, United Nations Publications, N10:380
Mironov OG (1987) Surge winds and some indicators of the pollution of marine waters, Oceanographic studies of the Black sea. Naukova Dumka, Kiev, pp 60–65
Mironov OG, Kirjukhina LN, Alymov SV (eds) (2003) Sanitary-biological aspects of the Sevastopol bays ecology in XX century. Sevastopol, IBSS NAS of Ukraine, 185 pp
Mironov OG, Alyomov SV, Osadchaya TS, Rubtsova SI, Soloviyva OV, YuV D, Guseva EV,
Mironova TO, Muraveva IP, Tikhonova EA, Enina LV, Burdiyan NV, Shadrina TV, Volkov
364
T.S. Osadchaya