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Structure & Succession of Fouling Communities
Paperback

Structure & Succession of Fouling Communities

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The development of fouling communities in the White Sea cannot be described as a linear sequence of stages replacing each other, but rather as a network of possible stages. Such scheme has a low predictive value and does not explain changes occurring in fouling communities. The estimation of a survival strategy of epibenthic organisms in terms of Ramenskii-Grime’s system is conceived as the most promising method in analysis of structure and development of fouling communities. Testing of this hypothesis was carried out in five fouling organisms: mollusks Mytilus edulis and Hiatella arctica, solitary ascidians Molgula citrina and Styela rustica, and sponge Halichondria panicea. The obtained strategies coincide well with real positions of testing species in structure and succession of fouling communities developing in the White Sea.

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MORE INFO
Format
Paperback
Publisher
Nova Science Publishers Inc
Country
United States
Date
16 September 2010
Pages
53
ISBN
9781608768271

The development of fouling communities in the White Sea cannot be described as a linear sequence of stages replacing each other, but rather as a network of possible stages. Such scheme has a low predictive value and does not explain changes occurring in fouling communities. The estimation of a survival strategy of epibenthic organisms in terms of Ramenskii-Grime’s system is conceived as the most promising method in analysis of structure and development of fouling communities. Testing of this hypothesis was carried out in five fouling organisms: mollusks Mytilus edulis and Hiatella arctica, solitary ascidians Molgula citrina and Styela rustica, and sponge Halichondria panicea. The obtained strategies coincide well with real positions of testing species in structure and succession of fouling communities developing in the White Sea.

Read More
Format
Paperback
Publisher
Nova Science Publishers Inc
Country
United States
Date
16 September 2010
Pages
53
ISBN
9781608768271