Spread and distribution pattern of<i>Sinanodonta woodiana</i>in Lake Balaton

Benkő-Kiss, Árpád; Ferincz, Árpád; Kováts, Nóra; Paulovits, Gábor

doi:10.1051/kmae/2013043

Cited by 17 publications

(11 citation statements)

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“…Sinanodonta woodiana is native to two river basins in China, the Yangtze and Amur rivers, where it was primarily located before its expansion to different parts of the world, including Southeast Asia, Europe, North America, and the Caribbean (Kraszewski, ; Watters, ; Zieritz et al, ). This species is spreading quickly throughout European waters and has reached high densities in many rivers and standing water bodies, such as the Cris/Koros River basin in Romania and Hungary (Sarkany‐Kiss, ; Sarkany‐Kiss, Sirbu, & Hulea, ), Lake Balaton in Hungary (Benkő‐Kiss, Ferincz, Kováts, & Paulovits, ), the Danube and Tisza rivers in Hungary (Bódis, Tóth, & Sousa, , ), lowland rivers in Serbia (Paunovic, Csányi, Simic, Stojanovic, & Cakic, ) and the Czech Republic (Douda, Vrtílek, Slavík, & Reichard, ), channels with soft substrate in Italy (Cappelletti, Cianfanelli, Beltrami, & Ciutti, ), inter‐basin waterways in the Iberian peninsula (Pou‐Rovira et al . , ), and warmer water bodies in Poland (Kraszewski & Zdanowski, ).…”

Section: Introductionmentioning

confidence: 99%

“…Balaton in Hungary (Benkő-Kiss, Ferincz, Kováts, & Paulovits, 2013), the Danube and Tisza rivers in Hungary (Bódis, Tóth, & Sousa, 2014, lowland rivers in Serbia (Paunovic, Csányi, Simic, Stojanovic, & Cakic, 2006) and the Czech Republic (Douda, Vrtílek, Slavík, & Reichard, 2012), channels with soft substrate in Italy (Cappelletti, Cianfanelli, Beltrami, & Ciutti, 2009), inter-basin waterways in the Iberian peninsula (Pou-Rovira et al, 2009), and warmer water bodies in Poland (Kraszewski & Zdanowski, 2007). Reproduction in S. woodiana occurs in autumn and the glochidia are released in summer in European waters (Douda et al, 2012;Sarkany-Kiss et al, 2000) to begin parasitic life on a host for a period that varies according to environmental conditions, mainly water temperature (Afanasjev, Zdanowski, & Kraszewski, 2001).…”

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confidence: 99%

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Invasive Chinese pond mussel Sinanodonta woodiana threatens native mussel reproduction by inducing cross‐resistance of host fish

Donrovich

Douda

Plechingerová

et al. 2017

Aquatic Conservation

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The effects of invasive alien species (IAS) on host–affiliate relationships are often subtle and remain unnoticed or insufficiently quantified. The global decline of freshwater unionid mussel species has been attributed to many causes, but little is known about the interactions of IAS, with their complex life cycle, which includes an obligatory parasitic stage (the glochidium) that develops on fishes. The capacity of a European freshwater mussel, Anodonta anatina, to develop on its widespread fish host, Squalius cephalus was tested experimentally, after previous infestations by the IAS, Sinanodonta (Anodonta) woodiana. The initial attachment of glochidia, the length of the parasitic period, and the metamorphosis success rate of A. anatina glochidia were compared among treatments of different priming infestation intensities. The metamorphosis success rate of the native A. anatina glochidia was strongly reduced (Wilcoxon Signed‐Rank Test, P < 0.001) and declined by 42.1 and 45.4% on fish hosts that were previously exposed to S. woodiana by single and multiple priming infestations, respectively, in comparison with the control group. Such cross‐resistance is expected to decrease significantly the quality of the host resources available to native mussels. This study provides the first evidence of the host‐mediated adverse impact of invasive S. woodiana on native mussel species. These results also highlight the importance of potential competition for hosts between threatened groups of affiliate species and their invasive counterparts, which should be reflected in conservation strategies.

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Section: Introductionmentioning

confidence: 99%

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confidence: 99%

Invasive Chinese pond mussel Sinanodonta woodiana threatens native mussel reproduction by inducing cross‐resistance of host fish

Donrovich

Douda

Plechingerová

et al. 2017

Aquatic Conservation

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“…However, a higher proportion of young individuals in the invasive than in the native species indicates population trajectories towards a gradually increasing dominance of S. woodiana . Faster reproduction and more successful recruitment of S. woodiana is also a probable mechanism of this species replacing native mussels in other invaded areas (Benkő‐Kiss, Ferincz, Kováts, & Paulovits, ; Cappalletti, Cianfanelli, Beltrami, & Ciutti, ). The competitive advantage of S. woodiana over native mussels can be predicted from a number of features in its reproductive biology.…”

Section: Discussionmentioning

confidence: 99%

Silent invasion: Sinanodonta woodiana successfully reproduces and possibly endangers native mussels in the north of its invasive range in Europe

Urbańska

Kirschenstein

Obolewski

et al. 2019

Internat Rev Hydrobiol

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The explosive global spread of Sinadonta woodiana, a large‐bodied unionid mussel of East Asian origin, potentially affects the functioning of freshwater habitats and threatens native mussels. Molecular data indicate that its invasion in Europe started with a single colonization event, followed by in situ adaptation. This study traces one of the possible routes of such adaptation. It documents a population of S. woodiana with a known history of a two‐stage introduction: first, from a heated water source to a production fish pond in northern Poland, and subsequently from that pond to the study site. As the latest local transfer occurred more than 15 years before the study, the abundance of young S. woodiana in various age classes provides proof of ongoing in situ reproduction and resolves the question of the ability of S. woodiana to permanently colonize thermally unpolluted water bodies in areas with prolonged and cold winters. The study also shows that translocations of glochidia‐infested fish and/or adult mussels between water bodies in such areas result in the establishment of new self‐recruiting populations. Together, these findings show that further expansion of S. woodiana into colder regions and establishment of new populations in already invaded areas are to be expected. The relative abundance of S. woodiana and the native unionids: Anodonta anatina and A. cygnea was 40%, 18%, and 42%, respectively. S. woodiana contributed to 65% of the total mussel biomass. Individuals in the first three size classes, corresponding to the 2‐ to 4 year age classes, composed 50% of S. woodiana, 37% of A. anatina, and 26% of A. cygnea. The high proportion of young individuals in S. woodiana indicates population trajectories toward a gradually increasing dominance of this species and possibly reflects its negative impacts via interactions with host fish and competition for resources.

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“…No native Unionids were found in the fishponds studied although in the opinion of the owner of the fish farm in Dębowiec, they had previously occurred in large numbers. Although the negative impact on native mussels, which is especially visible in areas where the density of Chinese mussels is high (Bódis et al, 2014a,b), was described in the Konin lakes in Poland (Kraszewski and Zdanowski, 2007) as well as in other European countries (Cappelletti et al, 2009;Munjiu, 2011;Benko-Kiss et al, 2013;Kamburska et al, 2013) the coexistence of native Unionids with S. woodiana has also been shown in various aquatic environments (Beran, 2008;Lajtner and Crnčan, 2011). The reason for the current lack of native Unionids in the fishponds studied may be associated with their much lower tolerance of environmental conditions (Bielen et al, 2016), a lower growth rate, and their lower reproductive potential (Blazek and Gelnar, 2006;Douda et al, 2012;Reichard et al, 2012).…”

Section: Variablesmentioning

confidence: 99%

“…1). Therefore, in the area being colonised it occurs in aquatic environments that are rich in nutrients (Paunović et al, 2006;Beran, 2008;Demayo et al, 2012;Benko-Kiss et al, 2013) and in those that have a low trophic status, e.g. in alpine lakes in Italy (Cappelletti et al, 2009;Ciutti et al, 2011;Kamburska et al, 2013), in Austria (von Taurer, 2009 or in environments with disturbed temperature conditions due to the use of water in power plants .…”

Section: Introductionmentioning

confidence: 99%

Further expansion of the invasive musselSinanodonta woodiana(Lea, 1834) in Poland – establishment of a new locality and population features

Spyra

Jędraszewska

Strzelec

et al. 2016

Knowl. Manag. Aquat. Ecosyst.

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-The increasingly frequent appearance of invasive species of mussels is a common phenomenon nowadays. Their rapid expansion is a significant component of the global changes that pose a great ecological impact and a serious threat to the diversity of native fauna. This study documents new localities of occurrence of Sinanodonta woodiana in Poland. We also attempted to determine its density, biomass, morphometric features and age structure. We found that its presence is clearly related to temperature and that the current range of its occurrence in Poland mostly overlaps with the areas with the highest average annual temperatures. The study showed significant differences in mean density between the fishponds: on particular sites the density amounted to 9 individuals/m 2 and their biomass exceeded 3000 g/m 2 . ANOVA revealed significant differences in the mean dimensions of the shells between the three fishponds related to their height and width. Seven-year-old individuals were the most numerous while one-, two-, five-and six-yearold specimens were the most numerous in pond 2. In our opinion, S. woodiana has created a permanent population that is probably able to breed. This is confirmed by the appearance of one-year-old individuals as well as the other younger age classes.Keywords: invasive species / S. woodiana / new records / mussel Résumé -L'expansion de la moule invasive Sinanodonta woodiana (Lea, 1834) en Polognenouvelles localisations et structure de population. L'apparition de plus en plus fréquente d'espèces envahissantes de moules est un phénomène fréquent. Leur rapide expansion est une composante importante des changements globaux qui causent un fort impact écologique et une grave menace pour la diversité de la faune indigène. Cette étude documente de nouvelles localités d'implantation de Sinanodonta woodiana en Pologne. Nous avons également tenté de déterminer la densité, la biomasse, les caractéristiques morphométriques et la structure d'âge. Nous avons constaté que sa présence est clairement liée à la température et que la gamme actuelle de sa localisation en Pologne recouvre principalement les zones où les températures annuelles moyennes sont les plus élevées. L'étude a montré des différences significatives de la densité moyenne entre les étangs : sur des sites particuliers, la densité est élevée à 9 individus/m 2 et la biomasse a dépassé 3000 g/m 2 . L'ANOVA a révélé des différences significatives dans les dimensions moyennes de hauteur et largeur des coquilles entre trois étangs. Des individus de sept ans étaient les plus nombreux en 1 alors que les spécimens de un, deux, cinq et six ans étaient les plus nombreux dans l'étang 2. À notre avis, S. woodiana a créé une population permanente qui est probablement en mesure de se reproduire. Ceci est confirmé par l'apparition d'individus âgés d'un an ainsi que la présence d'autres classes d'âge jeunes.

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Spread and distribution pattern ofSinanodonta woodianain Lake Balaton

Cited by 17 publications

References 9 publications

Invasive Chinese pond mussel Sinanodonta woodiana threatens native mussel reproduction by inducing cross‐resistance of host fish

Invasive Chinese pond mussel Sinanodonta woodiana threatens native mussel reproduction by inducing cross‐resistance of host fish

Silent invasion: Sinanodonta woodiana successfully reproduces and possibly endangers native mussels in the north of its invasive range in Europe

Further expansion of the invasive musselSinanodonta woodiana(Lea, 1834) in Poland – establishment of a new locality and population features

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