Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton

The exotic Chinese pond mussel (Sinanodonta woodiana) is the biggest bivalve in Europe, it was first reported from Lake Balaton in 2006. In 2011 summer relative abundance and biomass of S. woodiana and native unionids were recorded at 21 sampling sites, in orde...

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Main Authors: Benkő-Kiss Á., Ferincz Á., Kováts N., Paulovits G.
Format: Article
Language:English
Published: EDP Sciences 2013-06-01
Series:Knowledge and Management of Aquatic Ecosystems
Subjects:
Online Access:http://dx.doi.org/10.1051/kmae/2013043
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spelling doaj-610676b39ea94c0a8becd9194e78ac8c2020-11-25T01:09:44ZengEDP SciencesKnowledge and Management of Aquatic Ecosystems1961-95022013-06-0104080910.1051/kmae/2013043kmae120126Spread and distribution pattern of Sinanodonta woodiana in Lake BalatonBenkő-Kiss Á.0Ferincz Á.1Kováts N.2Paulovits G.3University of Szeged, Faculty of Agriculture, Institute of Farming and Rural DevelopmentUniversity of Pannonia, Department of LimnologyUniversity of Pannonia, Department of LimnologyBalaton Limnological Institute, Centre for Ecological Research, Hungarian Academy of Sciences The exotic Chinese pond mussel (Sinanodonta woodiana) is the biggest bivalve in Europe, it was first reported from Lake Balaton in 2006. In 2011 summer relative abundance and biomass of S. woodiana and native unionids were recorded at 21 sampling sites, in order to analyse the speed of dispersion of the Chinese pond mussel and to reveal its possible ecological impacts on native unionids. GPS coordinates of the sampling sites were recorded, spatial distribution of the data shows that high abundances and biomass are characteristic along the northern shore of the lake. In the western part of the lake, in the Keszthely Basin, its biomass may amount to as much as 50–80% of the total unionid biomass. In this basin, comparing these data to the distribution of unionids measured in 1992/93, the impact of S. woodiana seems high, as A. cygnea has been replaced by S. woodiana and the ratio of A. anatina reduced from 17.8% to 8.6%. Taking into consideration that S. woodiana has so rapidly developed high relative abundance and biomass close to the supposed source of introduction and it has a high spread potential in the lake, future increase in population size (and dominance) can be expected. http://dx.doi.org/10.1051/kmae/2013043Lake BalatonSinanodonta woodianabiodiversitybiological invasion
collection DOAJ
language English
format Article
sources DOAJ
author Benkő-Kiss Á.
Ferincz Á.
Kováts N.
Paulovits G.
spellingShingle Benkő-Kiss Á.
Ferincz Á.
Kováts N.
Paulovits G.
Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
Knowledge and Management of Aquatic Ecosystems
Lake Balaton
Sinanodonta woodiana
biodiversity
biological invasion
author_facet Benkő-Kiss Á.
Ferincz Á.
Kováts N.
Paulovits G.
author_sort Benkő-Kiss Á.
title Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
title_short Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
title_full Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
title_fullStr Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
title_full_unstemmed Spread and distribution pattern of Sinanodonta woodiana in Lake Balaton
title_sort spread and distribution pattern of sinanodonta woodiana in lake balaton
publisher EDP Sciences
series Knowledge and Management of Aquatic Ecosystems
issn 1961-9502
publishDate 2013-06-01
description The exotic Chinese pond mussel (Sinanodonta woodiana) is the biggest bivalve in Europe, it was first reported from Lake Balaton in 2006. In 2011 summer relative abundance and biomass of S. woodiana and native unionids were recorded at 21 sampling sites, in order to analyse the speed of dispersion of the Chinese pond mussel and to reveal its possible ecological impacts on native unionids. GPS coordinates of the sampling sites were recorded, spatial distribution of the data shows that high abundances and biomass are characteristic along the northern shore of the lake. In the western part of the lake, in the Keszthely Basin, its biomass may amount to as much as 50–80% of the total unionid biomass. In this basin, comparing these data to the distribution of unionids measured in 1992/93, the impact of S. woodiana seems high, as A. cygnea has been replaced by S. woodiana and the ratio of A. anatina reduced from 17.8% to 8.6%. Taking into consideration that S. woodiana has so rapidly developed high relative abundance and biomass close to the supposed source of introduction and it has a high spread potential in the lake, future increase in population size (and dominance) can be expected.
topic Lake Balaton
Sinanodonta woodiana
biodiversity
biological invasion
url http://dx.doi.org/10.1051/kmae/2013043
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