. Biology of the seas of the Marine biology -- Soviet Union; Hydrology -- Soviet Union. THE SEA OF AZOV 515 E. Yablonskaya has forecast the changes in the distribution of the benthos of the Sea of Azov that might be brought about by a loss of 15 to 40 per cent SPRING 1934-1935. 10 11 12 13 ? •tV ? Sir- ? «0 V Y V ? V V V V Fig. 242. Distribution of bottom biocoenoses in the Sea of Azov (Stark): 1 Cardium; 2 Mytilaster; 3 Balanus; 4 Hydrobia; 5 Nereis; 6 Syndesmya; 7 Corbulomya; 8 Monodacna; 9 Actinia; 10 Ampelisca; 11 Oligochaeta; 12 Ostracoda; 13 Neph- thys. of its river inflow on th
. Biology of the seas of the Marine biology -- Soviet Union; Hydrology -- Soviet Union. THE SEA OF AZOV 515 E. Yablonskaya has forecast the changes in the distribution of the benthos of the Sea of Azov that might be brought about by a loss of 15 to 40 per cent SPRING 1934-1935. 10 11 12 13 ? •tV ? Sir- ? «0 V Y V ? V V V V Fig. 242. Distribution of bottom biocoenoses in the Sea of Azov (Stark): 1 Cardium; 2 Mytilaster; 3 Balanus; 4 Hydrobia; 5 Nereis; 6 Syndesmya; 7 Corbulomya; 8 Monodacna; 9 Actinia; 10 Ampelisca; 11 Oligochaeta; 12 Ostracoda; 13 Neph- thys. of its river inflow on the basis of all earlier relevant research (Fig. 245). ??? mainly consists of a strong development of the Cardium, Balanus and Myti- laster biocoenoses and a reduction of the Hydrobia and Nereis biocoenoses, and, in part, a considerable development of the last named in the Gulf of Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Zenkevich, L. A. (Lev Aleksandrovich), 1889-1970. New York, Interscience Publishers
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