Marine Science - page 16

International Journal of Marine Science 2014, Vol.4, No.42, 1-11
10
Murray J.W, Jannasch H.W, Honjo S, Anderson R.F, Reeburgh
W.S, et al. 1989, Unexpected Changes in the Oxic Anoxic
Interface in the Black-Sea. Nature 338: 411-413
Nuß B. 1984, Ultrastrukturelle und ökophysiologische
Untersuchungen an kristalloden Einschlüssen der Muskeln
eines sulfidtoleranten limnischen Nematoden (Tobrilus
gracilis). Veröff. Inst. Meeresforsch. Bremerhaven, 20(1):
3-16
Oren A. 2012, Diversity of anaerobic Prokaryotes and
Eukaryotes: breaking long-established dogmas In: Anoxia:
Evidence for Eukaryote Survival and Paleontological
Strategies /A.V. Altenbach, J.M. Bernhard, J. Seckbach
(Eds.)., 39-47pp
Özsoy E., Di Iorio D., Gregg M.C. and Backhaus J.O. 2001,
Mixing in the Bosporus Strait and the Black Sea
continental shelf: observations and a model of the dense
water outflow, J. Mar. Syst., 31:99-135
Sergeeva N.G. 2001, Meiobenthos of deep-water hydrogen
sulfide zone of the Black Sea. Hydrobiol.J., 37(3): 3-9. (In
Russian)
Sergeeva N.G. 2003a, Meiobenthos of the Crimean fluffy
bottom bed. In: Modern condition of biological diversity
in near-shore zone of Crimea (the Black sea sector). /V.N.
Eremeev, A.V. Gaevskay (Eds.) NAS Ukraine, IBSS,
Sevastopol: Ekosi-Gidrophizika, 248-251pp. (In Russian)
Sergeeva N.G. 2003b, Meiobenthos in the region with the
methane gas seeps. In: Modern condition of biological
diversity in near-shore zone of Crimea (the Black sea
sector). //V.N. Eremeev, A.V. Gaevskay (Eds.) NAS
Ukraine, IBSS, Sevastopol: Ekosi-Gidrophizika, 258 -267
pp. (In Russian)
Sergeeva N.G. 2003c, Pseudopenilia bathyalis gen.n..sp.n.
(Crustacea. Branchiopoda. Ctenopoda) – the inhabitant of
hydrogen-sulfide zone of the Black Sea. In: Proceedings
of the 30th Intern. Conf. Pacem in Maribus. Oct. 27-30.
2003. Kiev. Ukraine. Sevastopol, 556–560 pp.
Sergeeva N.G. 2004a, Pseudopenilia bathyalis gen., sp. n.
(Crustacea, Branchiopoda, Ctenopoda) – Inhabitant of the
hydrogen sulfide zone of the Black Sea. Vestn. Zool. 38
(3):37-42
Sergeeva N.G. 2004b, Structure and Distribution of
meiobenthos in the Region of methane gas Seeps from the
Black Sea Bottom. Hydrobiol. J..40 (6): 45-56
Sergeeva NG., Gooday AJ., Mazlumyan S.A., Kolesnikova
E.A., Lichtschlag A., Kosheleva T.N., Anikeeva O.V.,
2012, Meiobenthos of oxic/anoxic interface of
southwestern region of the Black Sea: Abundance and
Taxonomic composition. In:Anoxia: Evidence for
Eukaryote Survival and Paleontological Strategies /A.V.
Altenbach, J.M. Bernhard, J. Seckbach (Eds.), 369-401pp
Sergeeva N.G., Gulin S.B. 2009, Benthic fauna of the methane
seeps in the Dnieper Paleo-Delta: comparative analysis
IGCP 521-INQUA 0501 Fifth Plenary Meeting and Field
Trip, Turkey, 22–31 Aug 2009, 151-152 p
Sergeeva N.G., Kopytina N.I. 2014, The First Marine
Filamentous Fungi Discovered in the Bottom Sediments of
the Oxic/Anoxic Interface and in the Bathyal Zone of the
Black Sea. Turk. J. Fish. Aquat. Sc.14 (2)
Sergeeva N., Mazlumyan S., Cağatay N., Lichtschlag A. 2013,
Hypoxic Meiobenthic Communities of the Istanbul Strait‟s
(Bosporus) Outlet Area of the Black Sea Turk. J. Fish.
Aquat. Sci. 13: 33-41
Sergeeva N.G, Zaika V.E 2008, Ciliophora in hydrogen sulfide
zone of the Black Sea. Mar Ecol J. 7: 80–85
Sorokin Yu. 1962, Microflora of the Black Sea bottom.
Microbiologia 31: 899-903
Treude T. 2012, Biogeochemical reactions in marine sediments
underlying anoxic water bodies. In:Anoxia: Evidence for
Eukaryote Survival and Paleontological Strategies /A.V.
Altenbach, J.M. Bernhard, J. Seckbach (Eds.), 17-38pp
Wetzel M. A., Fleeger J. W., and Powers S. P. 2001, Effects of
hypoxia and anoxia on meiofauna: A review with new data
from the Gulf of Mexico. Coastal and Estuarine Studies.,
58: 165-184
Winkler, L. 1888, The determination of dissolved oxygen in
water. Bericht der Deutschen Chemischen Gesellschaft, 21,
2843–2857
Zaika, V.E 2008 Is there animal life at the Black sea great
depths? Mar Ecol. J. 7: 5-11
Zaitsev, Y.P., Antsupova I.V., Vorobyova L. V., Garkavaya G.P.,
Kulakova I.I., Rusnak E.M. 1987, Nematodes in the
deep-water zone of the Black Sea. Reports. Of the Ac. Sci.
Ukr. SSR Ser.B, 11:77-79 (In Russian)
Zaitsev Y.P., Polikarpov. G.G., Egorov V.N., Alexandrov B.G.,
Garkusha O.P., Kopytina N.I., Kurilov A.V., Nesterova
D.A., Nidzvetskaya L.M., Nikonova S.E., Polikarpov I.G.,
Popovichev V.N., Rusnak E.M., Stokozov N.A.,
Teplinskaya N.G. and Teren`ko L.M. 2007, Accumulation
of the remnants of oxybiotic organisms and a bank of
living spores of higher fungi and diatoms in bottom
sediments of the hydrogen-sulphide bathyal zone of the
Black Sea. Rep. Nat. Acad. Sci. Ukraine. 7: 159-164
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