Environmental Engineering Reference
In-Depth Information
[19]
Dyrssen D. Some calculations on the Black Sea chemical data. Chemica Scripta 1985;
25:199-205.
Dyrssen D., Haraldsson K., Westerlund S, and Aren K. Indication of thiols in Black Sea
water. Mar Chem 1985; 17:323-27.
[20]
Dyrssen D., Haraldsson K., Westerlund S, and Aren K. Report XXXII on the chemistry of
seawater. Dept. of Anal. Chem. Marine Chem 1986, Chalmers University of Technology,
Goteborg University, Goteborg, Sweden, 1986.
[21]
[22]
Eremeev V.N. and Kushnir V.M. The bottom convective layer in the Black Sea: current
results and future studies. Marine Hydrophysical Journal 1998; 1:50-70. (In Russian)
[23]
Falina A.S. and Volkov I.I. About fine structure and thermohaline stability of the deep
Black Sea waters. Okeanologiya 2003; 43(4):516-23. (In Russian)
[24]
Falina A.S. and Volkov I.I. The role of double diffusion in general hydrological structure
of the Black Sea deep waters. Okeanologiya 2005; 45(1):21-31. (In Russian)
[25]
Frenzel B. “European Climate Reconstructed from Historical Documents: Methods and
Results . In
Paleoclimate Research
, Fischer Verlag, Stuttgart, Special Issue 7, 1992.
”
Gorur N., Cagatay M.N., Emre O., Alpar B., Sakinc M., Islamoglu Y., Algan O., Erkal
T., Keser M., Akkok R. and Karlik G. Is the abrupt drowning of the Black Sea shelf at
7150 yr. BP a myth? Mar Geol 2001; 176:65-73.
[26]
[27]
Goyet C.A., Bradshwa L. and Brewer P.G. The carbonate system in the Black Sea. Deep
Sea Res II 1991; 38:S1049-S1068.
[28]
Gulin, M.B. The investigation of bacteria mediated sulfate reduction and chemosynthesis
in the Black Sea water column. Ph.D. thesis abstract, Institute of biology of the southern
seas, Sevastopol, Ukraine, 1991. (In Russian)
[29]
Il'chenko, S.V., Sorokin Yu.I. “To the estimate of hydrogen sulphide production in the
Black Sea . In
The Black Sea ecosystem variability: natural and anthropogenic factors.
”
Vinogradov M.E., ed., Nauka, Moscow, 1991. (In Russian)
[30]
Ivanov L.I. and Samodurov A.S. The role of lateral fluxes in ventialtion of the Black Sea.
J Mar Syst 2001; 31:159-174.
[31]
Ivanov L.I. and Shkvorets I.Yu. Thermohaline structure of the Black Sea deep and bottom
waters. Marine Hydrophysical Journal 1995; 6:53-61. (In Russian)
[32]
Jørgensen B.B., Fossing H., Wirsen C.O. and Jannasch, H.W. Sulphide oxidation in the
anoxic Black sea chemocline. Deep-Sea Res II 1991; 38(2A):S1083-S1103.
[33]
Jørgensen B.B., B ottcher M.E., Luschen H., Neretin L.N. and Volkov I.I. Anaerobic
methane oxidation and a deep H
2
S sink generate isotopically heavy sulphides in Black
Sea sediments. Geochem Cosmochim Ac 2004; 68(9):2095-2118.
[34]
Jones G. and Gagnon A. AMS radiocarbon dating of sediments in the Black Sea. Deep-Sea
Research I 1994; 41: 531-557.
[35]
Kaplin P.A. and Selivanov A.O. Late glacial and Holocene sea level changes in semi-
enclosed seas of North Eurasia: Examples from the contrasting Black and White Seas.
Paleogeogr Paleoclimat Paleoecol 2004; 209:19-36.
[36]
Karaca M., Wirth A., Ghil M. A box model for the paleoceanography of the Black Sea.
Geophys Res Lett 1999; 26:497-500.
Kelley D.E., Fernando H.J., Yargett A.E., Tanny J. and Ozsoy E. The diffusive regime of
double-convection. Progr Oceanogr 2003; 56(3-4):461-81.
[37]
