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In the coastal waters of Chervonoukrainsky recreation area we found and<br />
identified the following macrophyte species: Chondria capillaris (Hudson) M.J.<br />
Wynne; Cladophora laetevirens (Dillwin) Kutzing; Rhizoclonium tortuosum<br />
(Dillwyn) Kutzing; Enteromorpha plumosa Kutzing.<br />
In the coastal waters of Anatolievsky recreation area we found and identified<br />
the following macrophyte species: Polysiphonia nigrescens (Hudson) Greville ex<br />
Harvey; Ulva rigida (C.Agardh); Cladophora laetevirens (Dillwin) Kutzing; Bryopsis<br />
plumosa (Hudson) C.Agardh; Enteromorpha intestinalis f. longissima (Areschoug).<br />
In the coastal waters of Ataman recreation area we found and identified the<br />
following macrophyte species: Polysiphonia sanguinea (C.Agardh) Zanardini,<br />
Chondria capillaris (Hudson) M.J. Wynne; Polysiphonia violaceae (Roth) Sprengel;<br />
Enteromorpha flexuosa (Wulfen) J.Agardh.<br />
In the coastal waters of Tashinsky recreation area we found and identified<br />
the following macrophyte species: Cladophora laetevirens (Dillwin) Kutzing;<br />
Bryopsis plumosa (Hudson) C.Agardh; Ulva rigida (C.Agardh); Enteromorpha<br />
clathrata (Roth) Greville.<br />
Conclusion: During the summer and autumn in the recreation areas of the<br />
Tiligul estuary it is possibly to see rich growth of macrophytes. However in different<br />
recreation areas growth will be with a different species of green and red algae. Most<br />
often possibly to see various representatives of red algae: Polysiphonia Genus and<br />
representatives of green algae: Cladophora Genus and Enteromorpha Genus. Such<br />
rich growth can explain well ecological situation in the coastal aquatories of the<br />
Tiligul estuary.<br />
References<br />
1. Alexandov B.G., Bushuev S.G. The modern state of black sea estuary complexes ecosystems from<br />
the point of view of ecological tourism development.2001.No5. 2. Bayraktar V.N., Polukarova L.A.<br />
The environmental assessment of coastal aquatory the Tiligul estuary by bioindicators:<br />
macrophytes, zoobenthos and microbiota // Ecology and Noospherology. 2012. V.23. No1-2. P.-74-<br />
78. http://archive.nbuv.gov.ua/portal/chem_biol/Ein/2012_1-2/Polukarova.pdf 3. Belenkina O.A.<br />
Red algae in the system of biomonitoring subtidal Black Sea. PhD dissertation of Biology science.<br />
Specialty: 03.00.18 – Hydrobiology. Moscow.2005. 4. Eklöf J., Heide T., Donadi S. et al. Habitat-<br />
Mediated Facilitation and Counteracting Ecosystem Engineering Interactively Influence Ecosystem<br />
Responses to Disturbance.// PLOS ONE. 2011. V.6, No 8. e23229. 5. Frankovich T., Morrison D.,<br />
Fourqurean J. Benthic Macrophyte Distribution and Abundance in Estuarine Mangrove Lakes and<br />
Estuaries: Relationships to Environmental Variables // Estuaries and Coasts. 2011. V. 34. No 1. –<br />
P.20-31. 6. Goncharov A.Y. Relationship between parameters of morphometry, external water<br />
exchange. Sea Ecology J. 2005. Iss.68. – P.31-36. http://repository.ibss.org.ua<br />
/dspace/bitstream/99011/885/1/Goncharov.pdf<br />
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