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504.454:597.597.556.333.1
NEOGOBIUS MELANOSTOMUS (PALLAS, 1814)
. , *,
. , ,
. , **,
(Neogobius melanostomus
Pallas, 1814)
. , 22 .
(Gammaridae, Corophiidae), –
(Mytilaster lineatus, Abra ovata).
.
: , ,
.
Neogobius melanostomus (Pallas, 1814) 60 . , , ,
, – , . 60- .
( , , ) ( ) , , . ),
[7, 8, 10, 11, 12].
* – . .** – .
2
, .
.
, )
,
.
.
–
,
,
.
.
, –
, (n = 45 .), .
(n = 23 .) ( . ) (n
= 9 .), ( . ) (n = 10 .) (
) (n = 5 .) ( . 1). – 2012–
2013 .
,
.
( )
[4, 6]. 92
, (SL) ( )
[3].
[1, 9].
3
. 1.
:
,
( , %):
,
– ,
; – ; –
, [2].
Microsoft Excel Access 2010, Statistica 7.0 (StatSoft, Inc.)
Primer 5.
.
,
Mollusca, Crustacea, Amphipoda, Chironomidae, Pisces.
. 2,5
(Cercopagis), 5 –
4
,
90% [5].
( . )
– 11,9 , – . (5,2 ) ( . 1). ,
,
.
1.
, , Min Max M±m min max M±m7,8 14,7 10,3±0,21 12,5 65,4 31,6±1,9
. 9,6 14,3 11,9±0,30 26,8 91,6 50,7±3,7. 4,0 6,4 5,2±0,27 1,1 5,9 3,3±0,6. 6,5 6,9 6,7±0,07 6,1 7,5 6,7±0,2
7,9 9,5 8,5±0,21 12,8 23,8 17,6±1,2
22
( . 2).
. ,
– Nereidae, – Gammarus
Corophium, – Rhithropanopeus harrisii, -
Chironomidae. ,
.
, Mytilaster lineatus
(10,4 .), (31,1 %).
Abra ovata,
.
(7,0 .), – (11,1 %).
Lentidium mediterraneum Cerastoderma glaucum,
M. lineatus A. ovata,
5
,
15,6 % 13,3 %.
Hydrobia, – 37,8 %,
, ,
15,6 % – Nereidae
.,
. , M. lineatus (27,6 .),
(95,7 %). C. glaucum 52,2 % .. ,
–Gammaridae (10 %) Corophiidae (100 %). Insecta
Chironomidae, 10 % .. . .
, Corophiidae (100 %) Gammaridae,
. – 40 %. D. polymorpha, 80 %
.
, – D. Polymorpha,
66,7%.
6
2. ,
. ).
. ).
) . )M±m lim M±m lim M±m lim M±m lim M±m lim
BivalviaAbra ovata (Philippi, 1836) 7,00±2,00 1,0-31,0 - - - - - - - -Cerastoderma glaucum (Poiret, 1789) 3,70±1,30 2,0-10,0 1,10±0,1 1,0-2,0 - - - - - -Lentidium mediterraneum (O.G. Costa, 1829) 5,40±0,70 1,0-12,0 3,30±0,70 1,0-7,0 - - - - - -Cerastoderma Poli, 1795 1,00±0,03 0-1,0 2,0±0,1 0-2,0 - - - - - -Cerastoderma umbonatum (Wood, 1850) 2,30±0,70 1,0-3,0 - - - - - - - -Mytilaster lineatus (Gmelin, 1791) 10,40±4,10 1,0-59,0 27,6±2,40 8,0-50,0 - - - - - -Parvicardium exiguum (Gmelin, 1791) - - 3,5±0,03 1,0-6,0 - - - - - -Dreissena polymorpha (Pallas, 1771) - - - - - - 1,33±0,1 1,0-3,0 1,5±0,21 1,0-2,0Mya arenaria (Linnaeus, 1758) 2,00±0,30 0,0-1,0 1,0±0,1 0-1,0 - - - - - -Bivalvia larvae 7,70±2,00 1,0-40,0 5,7±1,0 2,0-10,0 - - - - - -
GastropodaHydrobia spp. 11,60±3,60 1,0-45,0 9,40±2,0 1,0-77,0 - - - - - -Pseudopaludinella leneumicra (Bourguignat,1876) - - 1,5±0,3 1,0-4,0 - - - - - -
PolychaetaNereidae gen. sp . 1,00±0,03 0-1,0 1,0±0,03 0-1,0 - - - - - -
MystacocaridaOstracoda gen. sp. (Latreille,1802) 2,00±0,03 0-1,0 1,0±0,030 0-1,0 - - - - - -
DecapodaRhithropanopeus harrisii (Gould, 1841) - - 1,30±0,30 1,0-2,0 - - - - - -
InsectaLarvae Chironomidae 2,00±0,2 0 -2,0 - - 1,0±0,10 0-1,0 1,5±0,10 1,0-3,0 - -Insecta - - 1,0±0,10 0,0-1,0 - - - - - -
CirripediaBalanus improvisus (Darwin, 1854) 1,30±0,30 1,0-2,0 1,0±0,30 0-1,0 - - - - - -
AmphipodaGammarus sp. 1,00±0,30 0-1,0 - - 1,0±0,10 0,0-1,0 1,50±0,2 1,0-2,0 - -Corophium sp. - - - - 12,2±2,20 4,0-24,0 16,2±3,0 6,0-26,0 - -
ForaminiferaForaminifera gen. sp . 2,50±0,30 1,0-4,0 1,00±0,10 0-1,0 - - - - - -
ActinopterygiiAtherina pontica (Eichwald, 1831) 1,00±0,10 0-1,0 - - - - - - - -
7
,
– 30,9 – 40,7 %,
.
Amphipoda ( . 2).
. (Decapoda)
8,6 – 11,1 %.
(9,1 – 10,0%)
, ( . ) – 6,9 %.
(Cirripedia).
. 2.
,
, .
. ,
(
. ), . ( .
3).
8
3. , %
. ). ) )
- - - -
. ) 60 - - -
: ( . ) 0 20 - -
( ) 0 5,6 7,1 -
. ) 11,8 10,5 0 57,9
.
( . 3).
. 3.
.
. ,
.
1.
Bivalvia,
9
Gastropoda, Polychaeta, Mystacocarida, Decapoda, Insecta, Cirripedia, Amphipoda,
Foraminifera, Actinopterygii,
, . .
2.
, 15-16
, 3-4 ,
– .
3.
(60 %), – 57,9 % .
.
4.
.
1. ., ., .
/ . – : , 2011. – 171 .
2. Neogobius melanostomus
(Pallas) ( ) / .,
./ . // .
. – 2011. – 16, . 18 (25). – . 38–44.
3. . . / . – .:
, 1966. – 375 .
4. /
. . . – : , 1961. – 261 .
5. . . 40 . .8. . / . .
; , . . / . – .: , 1986. –
320 .
10
6. .
( , , ,
). / . – .: , 1952. – 268 .
7. First record of round goby, Neogobius melanostomus (Pallas, 1814) in
the Sava River, Croatia / [M. Piria, N. Šprem, I. Jakovli and other] // Aquatic
Invasions. – 2011. – 6 (1). – . 153–157.
8. First record of the Round goby, Neogobius melanostomus
(Actinopterygii: Perciformes: Gobiidae) in Belgium / [H. Verreycken, J. Breine, J.
Snoeks and other] // Acta ichthyologica et piscatorial. – 2011. – 41 (2). – P. 137–140.
9. Grintsov V., Sezgin M. Manual for identification of Amphipoda from the
Black Sea / V. Grintsov – Sevastopol: 2011. – P. 151.
10. Gutowsky L.F.G. Intra-population variability of life-history traits and
growth during range expansion of the invasive round goby, Neogobius melanostomus
/ L.F.G. Gutowsky, M.G. Fox // Fisheries Management and Ecology. – 2012. – 19. –
P. 78–88.
11. Nolte A.W. Dispersal in the course of invasion / A.W. Nolte // Molecular
ecology. – 2011. – P. 20.
12. Ray W.J. Habitat and Site Affinity of the Round Goby 2001 Great Lakes
Res / W.J. Ray, L.D. Corkum // Department of Biological Sciences University of
Windsor. – 2001. – 27 (3). – . 329–334.
NEOGOBIUS MELANOSTOMUS (PALLAS, 1814)
. , . ,
(Neogobius melanostomusPallas, 1814)
. , 22.
(Gammaridae, Corophiidae), – (Mytilaster lineatus, Abra ovata).
.
11
: , ,.
COMPARATIVE ANALYSIS OF NUTRITION SPECTRUM OF ROUNGGOBY NEOGOBIUS MELANOSTOMUS (PALLAS, 1814) IN PONDS WITH
FRESH AND SALTY WATER.
V. Onoprienko, I. Mityay, M. TkachenkoStudied the nutrition spectrum of roung goby (Neogobius melanostomus
Pallas, 1814) in waters with varying salinity in central and southern regions ofUkraine. In his diet revealed organisms that belong to 22 taxons. The most importantnutrition objects of freshwater inhabitant are higher crustaceans (Gammaridae,Corophiidae), and bivalves (Mytilaster lineatus, Abra ovata) in salty water. Clusteranalysis of nutrition object's similarity has showed a clear dividing of the nutritionspectrum in these types of ponds.
Keywords: Nutrition spectrum, fresh and salt waters, species similarity index