Kovalev AV, Zagorodnyaya YuA, Ostrovskaya NA (1996a) Analysis of zooplankton in the Black
Sea in 1995, in Diagnoz sostoyaniya sredy pribrezhnykh i shel’fov ykhzon Chernogo morya
(Analysis of Environmental Conditions of Coastal and Shelf Zones of the Black Sea), EKOSI
Gidrofizika, Sevastopol, pp 254–265
Kovalev AV, Ostrovskaya NA, Skryabin VA, Zagorodnyaya YuA (1996b) Status of zooplankton
as the food resource for fishes in the Black Sea. In: Sovremennoe sostoyanie ikhtiofauny
Chernogo morya (Modern Status of Ichthyofauna of the Black Sea), EKOSI Gidrofizika,
Sevastopol, pp 131–152
Krivenko OV (2005) Dynamics of inorganic nitrogen uptake by microplankton in the Black Sea,
Extended Abstract of Cand. Sci. (Biol.) Dissertation, Inst. Biol. Yuzhn. Morei, Ukr. Nats.
Akad. Navuk, Sevastopol
Krivenko OV, Parkhomenko AV (2010) Spatial and temporal changes of phytoplankton biomass
in the Black Sea during 1948–2001. Morsk Еkol Zurn 9(4):5–24
Krivenko OВ, Parkhomenko AВ (2015) Upward and regeneration fluxes of inorganic nitrogen and
phosphorus of the deep-water areas of the Black Sea. Biol Bull Rev 5(3):268–281
Kukushkin AS (2012) Long-term and seasonal variability of the particulate organic matters
Contentinth eupper layer of the deep sections of the Black Sea. In: Ustoychivost’ievoliutsiya
okeanologicheskikh kharakteristic ekosistemy Chernogo moria. (Stability and evolution of
oceanologic characteristics of the Black Sea ecosystem.). EKOSEA-Gidrofizika Press, Sevastopol, pp 143–159
Kukushkin AS, Parkhomenko AV (2015) Variability of the concentration of suspended organic
phosphorus in the upper layer of the deep part of the Black Sea. Oceanology 55(2):226–235
McCarthy JJ, Yilmaz A, Coban Yildiz Y, Nevins JL (2007) Nitrogen cycling in the offshore waters
of the Black Sea. Estuar Coast Shelf Sci 74:493–514
Mee LD (1992) The Black Sea in crisis: а need for concentrated international action. Ambio 21
(4):278–286
Mikaelyan AS, Zatsepin AG, Chasovnikov VK (2013) Long term changes in nutrient supply of
phytoplankton growth in the Black Sea. J Mar Syst 117–118:53–64
Mikhailov VN, Mikhailova MV (2008) River mouths in: the Black Sea environment. In:
Kostianoy A, Kosarev A (eds) The handbook of environmental chemistry. Springer, Berlin/
Heidelberg. Part Q. 5, pp 91–134
Murray JW, Downs JN, Strom S, Wei CL, Jannasch HW (1989) Nutrient assimilation, export
production and
234
Th scavenging in the eastern equatorial Pacific. Deep-Sea Res 36
(10):1471–1489
North-western part of the Black Sea: biology and ecology. Zаitsev JP, Aleksandrov ВG,
Мinicheva GG (eds) Кiev, Nаuk. dumка, (2006), p 700
Orlova IG, Belev RR, Popov YI, Ukrainsky VV, Bondar SB (1999) Dinamics of hypoxy development in the bottom waters of north-western shelf of the Black sea. Okeanologia (Moskva) 39
(4):548–554
Parkhomenko AV (2005) Excretion of phosphorus by zooplankton in the open section of the Black
Sea. Morskoy Ekol Zhurn 4(4):17–32
Parkhomenko AV (2007) Numeral assessment of regeneration flow of nitrogen in the open part of
the Black Sea. Morsk Ekol Zurn 6(2):79–90
Parkhomenko AV (2009) Seasonal variability of consumption of inorganic phosphorus by microplankton in the deep section of the Black Sea. Ibid 8(2):5–23
Parkhomenko AV, Kukushkin AS (2015) Assessment of flux of particulate organic phosphorus
from the photosynthesis zone of the deep-water section of the Black Sea. Hydrobiol J 51
(1):24–35
Parkhomenko AV, Kirikova MV, Li RI (2003) Assessment of the rate of phosphate supply into the
upper mixed layer in western cyclonic gyre of the Black Sea. Morsk Еkol Zurn 1:74–82
Platt T, Harrison WG (1985) Biogenic fluxes of carbon and oxygen in the ocean. Nature 318:55–58
Rozhdestvenskiy AB (1998) Geochemistry and hydrochemistry of Danube inflow and atmospheric
precipitation with connection of Black sea contemporary sediments. Okeanologia (Bolgaria)
2:20–26
19 Phosphorus Fluxes in the Pelagic Zone of the Black Sea
355
Sea in 1995, in Diagnoz sostoyaniya sredy pribrezhnykh i shel’fov ykhzon Chernogo morya
(Analysis of Environmental Conditions of Coastal and Shelf Zones of the Black Sea), EKOSI
Gidrofizika, Sevastopol, pp 254–265
Kovalev AV, Ostrovskaya NA, Skryabin VA, Zagorodnyaya YuA (1996b) Status of zooplankton
as the food resource for fishes in the Black Sea. In: Sovremennoe sostoyanie ikhtiofauny
Chernogo morya (Modern Status of Ichthyofauna of the Black Sea), EKOSI Gidrofizika,
Sevastopol, pp 131–152
Krivenko OV (2005) Dynamics of inorganic nitrogen uptake by microplankton in the Black Sea,
Extended Abstract of Cand. Sci. (Biol.) Dissertation, Inst. Biol. Yuzhn. Morei, Ukr. Nats.
Akad. Navuk, Sevastopol
Krivenko OV, Parkhomenko AV (2010) Spatial and temporal changes of phytoplankton biomass
in the Black Sea during 1948–2001. Morsk Еkol Zurn 9(4):5–24
Krivenko OВ, Parkhomenko AВ (2015) Upward and regeneration fluxes of inorganic nitrogen and
phosphorus of the deep-water areas of the Black Sea. Biol Bull Rev 5(3):268–281
Kukushkin AS (2012) Long-term and seasonal variability of the particulate organic matters
Contentinth eupper layer of the deep sections of the Black Sea. In: Ustoychivost’ievoliutsiya
okeanologicheskikh kharakteristic ekosistemy Chernogo moria. (Stability and evolution of
oceanologic characteristics of the Black Sea ecosystem.). EKOSEA-Gidrofizika Press, Sevastopol, pp 143–159
Kukushkin AS, Parkhomenko AV (2015) Variability of the concentration of suspended organic
phosphorus in the upper layer of the deep part of the Black Sea. Oceanology 55(2):226–235
McCarthy JJ, Yilmaz A, Coban Yildiz Y, Nevins JL (2007) Nitrogen cycling in the offshore waters
of the Black Sea. Estuar Coast Shelf Sci 74:493–514
Mee LD (1992) The Black Sea in crisis: а need for concentrated international action. Ambio 21
(4):278–286
Mikaelyan AS, Zatsepin AG, Chasovnikov VK (2013) Long term changes in nutrient supply of
phytoplankton growth in the Black Sea. J Mar Syst 117–118:53–64
Mikhailov VN, Mikhailova MV (2008) River mouths in: the Black Sea environment. In:
Kostianoy A, Kosarev A (eds) The handbook of environmental chemistry. Springer, Berlin/
Heidelberg. Part Q. 5, pp 91–134
Murray JW, Downs JN, Strom S, Wei CL, Jannasch HW (1989) Nutrient assimilation, export
production and
234
Th scavenging in the eastern equatorial Pacific. Deep-Sea Res 36
(10):1471–1489
North-western part of the Black Sea: biology and ecology. Zаitsev JP, Aleksandrov ВG,
Мinicheva GG (eds) Кiev, Nаuk. dumка, (2006), p 700
Orlova IG, Belev RR, Popov YI, Ukrainsky VV, Bondar SB (1999) Dinamics of hypoxy development in the bottom waters of north-western shelf of the Black sea. Okeanologia (Moskva) 39
(4):548–554
Parkhomenko AV (2005) Excretion of phosphorus by zooplankton in the open section of the Black
Sea. Morskoy Ekol Zhurn 4(4):17–32
Parkhomenko AV (2007) Numeral assessment of regeneration flow of nitrogen in the open part of
the Black Sea. Morsk Ekol Zurn 6(2):79–90
Parkhomenko AV (2009) Seasonal variability of consumption of inorganic phosphorus by microplankton in the deep section of the Black Sea. Ibid 8(2):5–23
Parkhomenko AV, Kukushkin AS (2015) Assessment of flux of particulate organic phosphorus
from the photosynthesis zone of the deep-water section of the Black Sea. Hydrobiol J 51
(1):24–35
Parkhomenko AV, Kirikova MV, Li RI (2003) Assessment of the rate of phosphate supply into the
upper mixed layer in western cyclonic gyre of the Black Sea. Morsk Еkol Zurn 1:74–82
Platt T, Harrison WG (1985) Biogenic fluxes of carbon and oxygen in the ocean. Nature 318:55–58
Rozhdestvenskiy AB (1998) Geochemistry and hydrochemistry of Danube inflow and atmospheric
precipitation with connection of Black sea contemporary sediments. Okeanologia (Bolgaria)
2:20–26
19 Phosphorus Fluxes in the Pelagic Zone of the Black Sea
355