Rozhdestwensky AV (1990) On long-year dynamics of the most important hydrochemical indices
in the Bulgarian part of the Black Sea. Oceanology, Bulgarien Academy of Sciences, Sofia
(1):9–18
Rozhdestwensky AV (1998) Geochemistry and hydrochemistry of the Danube runoff and precipitation in connection with the modern sediments of the Black Sea. Oceanology, Bulgarien
Academy of Sciences, Varna (2):20–26
Suslin VV, Churilova TY, Sausik KM (2008) The regional algorithm for calculating chlorophyll
a concentration in the Black Sea on satellite SeaWiFS data. Morsk Ecological Zh 7(2):24–42
(in Russian)
Titov VB (2003) On the correlation between seasonal atmospheric conditions and parameters of
the hydrological water structure in the northeastern Black Sea. Oceanology (Engl Transl) 43
(3):325–332
Voskresenskaya EN, Kukushin AS, Burlakova ZP, Eremeeva LV (2004) Relationship between
large-scale atmospheric processes and variability of transparency and concentration of
suspended matter in the upper water layer of the Northwestern Black Sea during winter.
Meteorol Gidrol 29(12):52–62 (in Russian)
Voskresenskaya EN, Kukushkin AS, Mikhailova NV (2011) Variability peculiarities of distribution of transparency and suspended matter content in the Northwestern part of the Black Sea in
spring caused by large-scale processes in the ocean–atmosphere system. Russ Meteorol Hydrol
36(1):45–54
Vostokov SV (1987) Living and nonliving suspended organic matter of coastal waters of Bulgaria
and adjacent marine areas. In: Current condition of the Black Sea ecosystem. Nauka, Moscow,
pp 68–77 (in Russian)
Vostokov SV (1996) Suspended matter as a productivity indicator of the Western Black Sea.
Okeanologiya (Moscow, Russ Fed) 36(2):260–267 (in Russian)
Yunev OA (1989) Spatial distribution of chlorophyll a and pheophytin a in Western part of a sea
during winter. Okeanologiya (Moscow, Russ Fed) 29(3):480–485 (in Russian)
Yunev OA, Berseneva GP (1986) Fluorimetric determination of chlorophyll a and pheophytin
concentration in phytoplankton. Gidrobiol Zh 22(2):102–108 (in Russian)
Yunev OA, Carstensten J, Moncheva S, Khaliulin A, Nixon S (2007) Nutrient and phytoplankton
trends on the Western Black Sea shelf in response to culture eutrophication and climate
changes. Estuar Coas Shelf Sci 74(1–2):63–76
Zaitsev YP (1992) The ecological state of the shelf zone Black Sea off the Ukrainian coast
(a review). Hydrobiol J 28(4):3–18 (in Russian)
Zaitsev YP, Aleksandrov BG (1997) Recent man-made changes in the Black Sea ecosystem. In:
Sensitivity to change: Black Sea, Baltic Sea and North Sea. Kluwer Academic Publishers,
Dordrecht, pp 25–32
180
A.S. Kukushkin
in the Bulgarian part of the Black Sea. Oceanology, Bulgarien Academy of Sciences, Sofia
(1):9–18
Rozhdestwensky AV (1998) Geochemistry and hydrochemistry of the Danube runoff and precipitation in connection with the modern sediments of the Black Sea. Oceanology, Bulgarien
Academy of Sciences, Varna (2):20–26
Suslin VV, Churilova TY, Sausik KM (2008) The regional algorithm for calculating chlorophyll
a concentration in the Black Sea on satellite SeaWiFS data. Morsk Ecological Zh 7(2):24–42
(in Russian)
Titov VB (2003) On the correlation between seasonal atmospheric conditions and parameters of
the hydrological water structure in the northeastern Black Sea. Oceanology (Engl Transl) 43
(3):325–332
Voskresenskaya EN, Kukushin AS, Burlakova ZP, Eremeeva LV (2004) Relationship between
large-scale atmospheric processes and variability of transparency and concentration of
suspended matter in the upper water layer of the Northwestern Black Sea during winter.
Meteorol Gidrol 29(12):52–62 (in Russian)
Voskresenskaya EN, Kukushkin AS, Mikhailova NV (2011) Variability peculiarities of distribution of transparency and suspended matter content in the Northwestern part of the Black Sea in
spring caused by large-scale processes in the ocean–atmosphere system. Russ Meteorol Hydrol
36(1):45–54
Vostokov SV (1987) Living and nonliving suspended organic matter of coastal waters of Bulgaria
and adjacent marine areas. In: Current condition of the Black Sea ecosystem. Nauka, Moscow,
pp 68–77 (in Russian)
Vostokov SV (1996) Suspended matter as a productivity indicator of the Western Black Sea.
Okeanologiya (Moscow, Russ Fed) 36(2):260–267 (in Russian)
Yunev OA (1989) Spatial distribution of chlorophyll a and pheophytin a in Western part of a sea
during winter. Okeanologiya (Moscow, Russ Fed) 29(3):480–485 (in Russian)
Yunev OA, Berseneva GP (1986) Fluorimetric determination of chlorophyll a and pheophytin
concentration in phytoplankton. Gidrobiol Zh 22(2):102–108 (in Russian)
Yunev OA, Carstensten J, Moncheva S, Khaliulin A, Nixon S (2007) Nutrient and phytoplankton
trends on the Western Black Sea shelf in response to culture eutrophication and climate
changes. Estuar Coas Shelf Sci 74(1–2):63–76
Zaitsev YP (1992) The ecological state of the shelf zone Black Sea off the Ukrainian coast
(a review). Hydrobiol J 28(4):3–18 (in Russian)
Zaitsev YP, Aleksandrov BG (1997) Recent man-made changes in the Black Sea ecosystem. In:
Sensitivity to change: Black Sea, Baltic Sea and North Sea. Kluwer Academic Publishers,
Dordrecht, pp 25–32
180
A.S. Kukushkin