Макрозообентос шельфовой и глубоководной зон в азербайджанской части среднего Каспия (стр. 32 )

202. Sars G. O. Notes on the Crustacean fauna of the Caspian Sea // Сборник в честь проф. . 1927, Pp.315-396.

203. Sbzalizadh, S. Evaluation of heavy metals (cadmium - zinc - cobalt - nickel - Mercury - copper - lead) and the contamination in the sediments Lyfh - Saif. Khorramshahr University of Marine Science and Technology MS thesis, 2008, 119 pp.

204. Shalovenkov N. Restoration of some parameters in the development of benthos after reduction of anthropogenous loading in the ecosystem of the Sevastopol bay in the Black Sea // Mitigation and adaptation strategies for global change, 10. 2005, р. 105-113.

205. Shiganova T. A. Population dynamics of Mnemiopsis leidyi in the Caspian Sea, and effects on the Caspian ecosystem // Aquatic invasions in the Black, Caspian, and Mediterranean Seas, NATO Science Series. IV., 2. Environmental – 2004. Sciences – Vol. 35. Kluwer Academic Publishers: 71-112.

206. Snelgrove P. V. Hydrodynamic enhancement of invertebrate larval settlement in microdepositional environment: colonization tray experiment in a muddy habitat // J. of Exp. Mar. Biol and Ecol., 1994, Vol. 176, No 2, p. 149-166.

207. Sonnewald M., Türkay M. Environmental influence on the bottom and near-bottom megafauna communities of the Dogger Bank: a long-term survey. Helgoland Marine Research 2012, Volume 66, Issue 4, pp 503-511.

208. Todorova V., Konsulova T. Long-term changes and recent state of the macrozoobenthic community along the Bulgarian Black Sea coast // Mediterranean marine Science, 1/1, 2000, р. 123-131.

209. Van Hoey G., Vincx M., Degraer S. Small-to large-scale geographical patterns within the macrobenthic Abra alba community // Estuar. Coast. Shelf Sci., 64, 2005, p.751-763.

210. Vieitez, J. M.; M. A.; Alós, C.; Parapar, J. et al. Annelida Polychaeta I. Fauna Iberica. Ramos, M. A. et al (Eds.). Museo Nacional de Ciencias Naturales, CSIC, Madrid, 2004, v. 25, p.530

211. Warwick R. M., Pearson T. H., Ruswahyuni H. Detection of pollution effects on marine macrobenthos: further evaluation of the species abundance biomass method // Mar. Biol. Vol. 95, 1987, p. 193-200.

212. Zarbaliyeva T. S., Akhundov M. M., Gadjiyev R. V. Stable Biocenosis of Benthos at the Caspian Sea Region and Area of its Distribution. Proceedinngs of the “Man and Biosphere” (MaB, UNESCO) Azerbaijan National Committee. Ecological civilization, sustainable development, environment, volume 7, 2011, p.127-145.

213. Zarbaliyeva T. S., Akhundov M. M., Hajiyev R. V. Invading species in the zooplankton community of the Middle and Southern Caspian // Proceedincs of the “MAN and Biosphere”(MAB, UNESCO) Azerbayjan national commiTTEE, 6, 2012, р. 135-142.

214. Zarbaliyeva T. S., Akhundov M. M., Hajiyev R. V. Stable Biocenosis of Benthos at the West Cost of South Caspian Sea Region and Are of the Distribution // Proceedincs of the “ MAN and Biosphere”(MAB, UNESCO) Azerbayjan national commiTTEE, 6, 2010, р. 117-127.

ПРИЛОЖЕНИЕ

Таблица 1.

Координаты и глубины станций опробования во время экспедиций в Азербайджанской части Среднего Каспия.

Станции №	Координаты	Глубина (м)	Местоположение
Широта	Долгота
1	2	3	4	6
1	49049’	49035’	10	Шельфовая зона разреза Гилязи
2	40049’	49038’	25	– “–
3	40049’	49048’	50	– “–
4	40049’	50039’	75	– “–
5	40049’	50047’	100	– “–
6	41005’	49015’	10	Шельфовая зона разреза Сиязан
7	41005’	49021’	25	– “–
8	41005’	49035’	50	– “–
9	41005’	49047’	75	– “–
10	41005’	49058’	100	– “–
11	41022’	49009’	10	Шельфовая зона разреза Куба
12	41022’	49015’	25	– “–
13	41022’	49025’	50	– “–
14	41022’	49035’	75	– “–
15	41022’	49040’	100	– “–
16	41042’	48048’	10	Шельфовая зона разреза Мухтадир
17	41042’	48051’	25	– “–
18	41042’	48053’	50	– “–
19	41042’	48054’	75	– “–
20	41042’	48057’	100	– “–
21	42005’10,0”	49004’05,2”	701	Дербентская впадина
22	42006’10,0”	49004’05,2”	695	– “–
23	42005’58,5”	49005’05,2”	700	– “–
24	42005’10,0”	49005’15,2”	698	– “–
25	42004’22,0”	49005’05,2”	695	– “–
26	42004’10,0”	49004’05,2”	695	– “–
27	42004’22,0”	49003’01,4”	685	– “–
28	42005’10,0”	49002’55,2”	660	– “–
29	42005’58,5”	49003’01,4”	650	– “–
30	42005’10,0”	49004’05,0”	668	– “–
31	42005’35,8”	49004’04,6”	680	– “–
32	42005’28,0”	49004’30,0”	675	– “–
33	42005’10,5”	49004’39.7”	692	– “–
34	42004’52,4”	49004’29,9”	696	– “–
35	420 04’44,7”	49004’05,2”	685	– “–
36	42004’51,7”	49003’39,6”	682	– “–

Продолжение Таблицы 1

1	2	3	4	6
37	42005’09,8”	49003’29,3”	665	Дербентская впадина
38	42005’28,4”	49003’39,9”	671	– “–
39	42004’33,1”	49005’18,1”	680	– “–
40	42004’49,3”	49005’32,6”	686	– “–
41	42004’17,6”	49005’03,6”	692	– “–
42	42004’07,3”	49006’08,6”	705	– “–
43	42004’18,5”	49006’18,7”	712	– “–
44	42003’56,6”	49005’59,7”	710	– “–
45	42003’40,1”	49007’05,3”	718	– “–
46	41о58’22”	48о50’39”	357	Глубоководный западный склон
47	41о58’15”	48о51’00”	370	– “–
48	41о57’59”	48о51’09”	380	– “–
49	41о57’43”	48о51’00”	350	– “–
50	41о57’36”	48о50’39”	348	– “–
51	41о57’43”	48о50’18”	335	– “–
52	41о57’59”	48о50’09”	343	– “–
53	41о58’15”	48о50’18”	344	– “–
54	41о56’32”	48о52’31”	402	– “–
55	41о57’05”	48о51’43”	358	– “–
56	41о57’18”	48о52’06”	384	– “–
57	41о57’59”	48о50’41”	344	– “–
58	41°58’16”	48°50’39”	350	– “–
59	41°58’11”	48°50’54”	349	– “–
60	41°57’59”	48°51’00”	344	– “–
61	41°57’47”	48°50’54”	331	– “–
62	41°57’42”	48°50’39”	345	– “–
63	41°57’47”	48°50’24”	330	– “–
64	41°57’59”	48°50’18”	336	– “–
65	41°58’11”	48°50’24”	331	– “–
66	42°05’31”	49°05’31”	650	Дербентская впадина
67	41°43’58”	49°16’45”	600	– “–
68	41°50’55”	48°51’35”	200	Глубоководный западный склон
69	41°43’59”	48°59’54”	300	– “–
70	42°00’11”	48°54’55”	500	– “–
71	41°52’06”	48°56’11”	500	– “–
72	41°44’00”	49°06’42”	500	– “–
73	42°02’35”	49°00’08”	600	Дербентская впадина
74	41°54’12”	49°04’44”	600	– “–
75	41°57’59”	48°50’39”	375	Глубоководный западный склон
76	41°57’07”	48°48’45”	240	– “–
77	41°56’21”	48°50’41”	300	– “–
78	41°56’54”	48°52’13”	370	– “–
79	41°58’01”	48°52’48”	410	– “–
80	41°58’55”	48°52’21”	370	– “–

Таблица 2.