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Article . 2024
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Potential dispersal of aquatic snails by waterbird endozoochory in neotropical wetlands Dispersão potencial de caramujos por endozoocoria de aves aquáticas em áreas úmidas neotropicais

Authors: Barboza, L.C.; Silva, Giliandro Gonçalves; Green, Andy J.; Maltchik, L.; Stenert, C.;

Potential dispersal of aquatic snails by waterbird endozoochory in neotropical wetlands Dispersão potencial de caramujos por endozoocoria de aves aquáticas em áreas úmidas neotropicais

Abstract

A zoocoria mediada por aves aquáticas é um dos principais processos ecológicos que explicam como invertebrados não-voadores habitantes de água doce se dispersam entre áreas úmidas isoladas. A dispersão passiva que ocorre através no interior dos intestinos de aves aquáticas (endozoocoria) pode explicar como estes invertebrados se distribuem na paisagem. Neste trabalho, avaliamos o potencial de dispersão de caramujos aquáticos por endozoocoria promovida por três espécies de aves aquáticas em áreas úmidas neotropicais. No total, 77 amostras fecais de capororoca (Coscoroba coscoroba, n = 28), irerê (Dendrocygna viduata, n = 36) e marreca-pardinha (Anas flavirostris, n = 13) foram coletadas em campo e levadas ao laboratório. As amostras foram examinadas em estereomicroscópio para verificar a presença de conchas de gastrópodes. Encontramos 496 conchas intactas, sendo Heleobia piscium a espécie mais abundante (n = 485). Também encontramos duas conchas de Drepanotrema sp. e nove de outros dois morfotipos de Planorbidae. Os caramujos estiveram presentes em 20,8% de todas as amostras, sendo mais frequentes nas fezes do capororoca (50%). Nossos dados sugerem que caramujos aquáticos podem se dispersar por endozoocoria de aves entre áreas úmidas neotropicais, com vetores incluindo espécies de aves migratórias e residentes

Waterbird-mediated zoochory is one of the main ecological mechanisms by which non-flying freshwater invertebrates can disperse between isolated wetlands. Passive dispersal through gut passage inside waterbirds (endozoochory) may explain how many organisms spread in the landscape. Here, we evaluate the potential for dispersal of aquatic snails by three waterbird species in neotropical wetlands. A total of 77 faecal samples from Coscoroba coscoroba (n = 28), Dendrocygna viduata (n = 36) and Anas flavirostris (n = 13) were collected in the field and taken to the laboratory. There, the samples were examined under a stereomicroscope to check for the presence of gastropod shells. We found 496 intact gastropod shells, and Heleobia piscium was the most abundant species (n= 485). We also found two shells of Drepanotrema sp. and nine others distributed between two different morphotypes of Planorbidae. Snails were present in 20.8 % of all samples, and were more frequent in faeces of coscoroba swan (50%) than the other two bird species. Our data suggest that aquatic snails may disperse by avian endozoochory between neotropical wetlands, with vectors including migratory bird species.

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This is an alternative to the "Influence" indicator, which also reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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popularity
This indicator reflects the "current" impact/attention (the "hype") of an article in the research community at large, based on the underlying citation network.
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influence
This indicator reflects the overall/total impact of an article in the research community at large, based on the underlying citation network (diachronically).
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impulse
This indicator reflects the initial momentum of an article directly after its publication, based on the underlying citation network.
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