Littoral Communities of the Neva River Estuary: Structure and Dynamics of Quantitative Characteristics under Anthropogenic Pressure

Elizaveta Pankova, Andrey Brodsky, Daria Safronova

Research output

Abstract

The estuary of the Neva River has been studied as a model object, experiencing great anthropogenic load due to the dredging work. The muddy water tail has spread along the northern shore of the Gulf of Finland on 150 km since extensive dredging work and land reclamation projects in the Neva River estuary the were undertaken. A drastic decline of water transparency was detected in the aquatory, which affected the bottom fauna. Structure and composition of macrozoobenthos littoral communities at the northern shore of the Neva River estuary were studied at 6 sites each summerbetween 2009-2011. 57 species were found, chironomids is the most numerous group (28 species). Bivalves, gastropods, trichopterans, dipterans (Ceratopogonidae) were present in solitary samples.Alien species significantly affect local benthic communities, their introduction aligned with disappearance of water hogfish (Asellusaquaticus) and indigenous amphipods species, which previously were common for the Neva River estuary.

Original languageEnglish
Pages (from-to)1169-1182
Number of pages14
JournalResearch Journal of Pharmaceutical, Biological and Chemical Sciences
Volume8
Issue number3
Publication statusPublished - 2017
Externally publishedYes

Cite this

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title = "Littoral Communities of the Neva River Estuary: Structure and Dynamics of Quantitative Characteristics under Anthropogenic Pressure",
abstract = "The estuary of the Neva River has been studied as a model object, experiencing great anthropogenic load due to the dredging work. The muddy water tail has spread along the northern shore of the Gulf of Finland on 150 km since extensive dredging work and land reclamation projects in the Neva River estuary the were undertaken. A drastic decline of water transparency was detected in the aquatory, which affected the bottom fauna. Structure and composition of macrozoobenthos littoral communities at the northern shore of the Neva River estuary were studied at 6 sites each summerbetween 2009-2011. 57 species were found, chironomids is the most numerous group (28 species). Bivalves, gastropods, trichopterans, dipterans (Ceratopogonidae) were present in solitary samples.Alien species significantly affect local benthic communities, their introduction aligned with disappearance of water hogfish (Asellusaquaticus) and indigenous amphipods species, which previously were common for the Neva River estuary.",
keywords = "littoral, Neva River estuary, macrozoobenthos, anthropogenic impact, DRIFTING MACROALGAE",
author = "Elizaveta Pankova and Andrey Brodsky and Daria Safronova",
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language = "Английский",
volume = "8",
pages = "1169--1182",
journal = "Research Journal of Pharmaceutical, Biological and Chemical Sciences",
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TY - JOUR

T1 - Littoral Communities of the Neva River Estuary: Structure and Dynamics of Quantitative Characteristics under Anthropogenic Pressure

AU - Pankova, Elizaveta

AU - Brodsky, Andrey

AU - Safronova, Daria

PY - 2017

Y1 - 2017

N2 - The estuary of the Neva River has been studied as a model object, experiencing great anthropogenic load due to the dredging work. The muddy water tail has spread along the northern shore of the Gulf of Finland on 150 km since extensive dredging work and land reclamation projects in the Neva River estuary the were undertaken. A drastic decline of water transparency was detected in the aquatory, which affected the bottom fauna. Structure and composition of macrozoobenthos littoral communities at the northern shore of the Neva River estuary were studied at 6 sites each summerbetween 2009-2011. 57 species were found, chironomids is the most numerous group (28 species). Bivalves, gastropods, trichopterans, dipterans (Ceratopogonidae) were present in solitary samples.Alien species significantly affect local benthic communities, their introduction aligned with disappearance of water hogfish (Asellusaquaticus) and indigenous amphipods species, which previously were common for the Neva River estuary.

AB - The estuary of the Neva River has been studied as a model object, experiencing great anthropogenic load due to the dredging work. The muddy water tail has spread along the northern shore of the Gulf of Finland on 150 km since extensive dredging work and land reclamation projects in the Neva River estuary the were undertaken. A drastic decline of water transparency was detected in the aquatory, which affected the bottom fauna. Structure and composition of macrozoobenthos littoral communities at the northern shore of the Neva River estuary were studied at 6 sites each summerbetween 2009-2011. 57 species were found, chironomids is the most numerous group (28 species). Bivalves, gastropods, trichopterans, dipterans (Ceratopogonidae) were present in solitary samples.Alien species significantly affect local benthic communities, their introduction aligned with disappearance of water hogfish (Asellusaquaticus) and indigenous amphipods species, which previously were common for the Neva River estuary.

KW - littoral

KW - Neva River estuary

KW - macrozoobenthos

KW - anthropogenic impact

KW - DRIFTING MACROALGAE

M3 - статья

VL - 8

SP - 1169

EP - 1182

JO - Research Journal of Pharmaceutical, Biological and Chemical Sciences

JF - Research Journal of Pharmaceutical, Biological and Chemical Sciences

SN - 0975-8585

IS - 3

ER -