Nasal mites (Gamasida: Rhinonyssidae) of Paroaria coronata (Miller) (Passeriformes: Emberezidae)

Mascarenhas, Carolina Silveira; Coimbra, Marco Antônio Afonso; Müller, Gertrud; Brum, J.G.W.

doi:10.1590/s1519-566x2011000400016

Cited by 9 publications

(6 citation statements)

References 5 publications

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“…multiple dispersal vectors within communities (e.g. plant-frugivore (Carlo et al 2011;Mello et al 2011) and bird/human-mite (Latta 2003;Perotti and Braig 2009;Mascarenhas et al 2010)). The networks of interactions between dispersed taxa and their vectors can be considered as "the architecture of biodiversity" (Bascompte and Jordano 2014).…”

Section: New Challenges and Directionsmentioning

confidence: 99%

Integrating microorganism and macroorganism dispersal: modes, techniques and challenges with particular focus on co-dispersal

et al. 2015

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Whatever their size and the ecosystem they live in, all organisms may disperse at some stage of their life cycle. Dispersal dynamics are to a varying extent dependent on organismal size, life history, ecological niche, survival capacities and phylogeny. Moves towards a synthesis in dispersal ecology have focussed primarily on vertebrates and higher plants, yet recent studies suggest that the dispersal of micro-and macro-organisms have much more in common than previously assumed. The dispersal of one organism enables co-dispersal for many others, smaller in size. There is an increasing need for a more integrated approach to study dispersal within the context of organismal interactions and their environments. Such an approach is facilitated by recent developments of powerful indirect techniques that enable tracking of micro-and macro-organisms over multiple spatial and temporal scales. Likewise, dispersal modelling and theoretical models of the consequences of dispersal can inspire empirical studies across the entire size spectrum. Simultaneously studying the relationships between dispersal of micro-and macro-organisms, and accounting for dispersal through time and space, will allow us to better understand the functioning and dynamics of communities and ecosystems, and to make better predictions of future dispersal patterns, changes in biodiversity and connectivity.

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Section: New Challenges and Directionsmentioning

confidence: 99%

Integrating microorganism and macroorganism dispersal: modes, techniques and challenges with particular focus on co-dispersal

et al. 2015

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“…Most studies of nasal mites has taxonomic character and consist in descriptions and re-descriptions species, construction of identification keys and researches of nasal mites in wildlife largely realized in North America (Pence, 1973a(Pence, ,b, 1975Spicer, 1987;Knee & Proctor, 2006, 2010Knee et al, 2008). Others were realized in Cuba (Cerny & Dusbabek, 1970), Australia (Domrow, 1978;Proctor & Owens, 2000), Russia (Dimov & Mascarenhas, 2012), and Brazil (Amaral & Rebouças, 1974a;Mascarenhas et al, 2009Mascarenhas et al, , 2011Coimbra et al, 2012;Bernardon et al, 2013Bernardon et al, , 2015Bernardon et al, , 2017Mendes et al, 2014 andSinkoc et al, 2016. In recent decades, complementary studies on phylogenetic relationships that use molecular techniques have been developed (Rojas et al, 2001(Rojas et al, , 2002Morelli & Spicer, 2007) while studies that analyze the infections by nasal mites in the host, such as the one performed in this study with Passeriformes, are little discussed.…”

Section: Discussionmentioning

confidence: 99%

Host-Parasite relationships and co-infection of nasal mites of Chrysomus ruficapillus (Passeriformes: Icteridae) in southern Brazil

Bernardon

Mascarenhas

Pereira

et al. 2018

Iheringia, Sér. Zool.

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One hundred twenty-two Chrysomus ruficapillus were examined in southern Brazil, in order to research the presence of nasal mites and the parasite-host relationships. Nasal mite infections were analyzed for: presence of Ereynetidae and Rhinonyssidae considering the total number of hosts examined; Sexual maturity of males (juveniles and adults); Periods of bird collection and presence of co-infections. Were identified five taxa, four belongs to Rhinonyssidae (Sternostoma strandtmanni, Ptilonyssus sairae, P. icteridius and Ptilonyssus sp.) and one to Ereynetidae (Boydaia agelaii). Adult males were parasitized for one taxa more than juvenile males. Co-infections occurred in 22 hosts, between two, three and four taxa, belonging to Ereynetidae and Rhinonyssidae.The co-infections were more prevalent in austral autumn / winter. The host-parasite relations and co-infections by nasal mites in C. ruficapillus were reported for the first time, contributing to the knowledge about nasal mites in Brazil.

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“…Coimbra (2007) reported the parasitism in Columbina picui (Temminck, 1813) by Mesonyssus sp., Avancini (2009) reported the parasitism by Rhinonyssus sp. in Vanellus chilensis (Molina, 1782), and Mascarenhas et al (2011) reported Ptilonyssus sairae (Castro, 1948) and Sternostoma pirangae (Pence, 1976) in Paroaria coronata (Miller, 1776). In this context, this study aims to contribute to the knowledge of nasal mites of Brazilian birds.…”

Section: Introductionmentioning

confidence: 99%

Nasal mites of Tyrannidae (Aves) in Brazil

et al. 2014

Braz. J. Biol.

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A total of 81 Tyraniidae birds were examined, 80 Pitangus sulphuratus (Linnaeus, 1766) (Great kiscadee), and one Machetornis rixosa (Vieilot, 1819) (Cattle tyrant), for collection of nasal mites, which were identified as Ptilonyssus spinosus (Brooks & Strandtmann, 1960) and Sternostoma longisetosae (Hyland, 1961) (Rhinonyssidae). This finding characterises the first report of P. spinosus and S. longisetosae in P. sulphuratus, and the first record of P. spinosus in M. rixosa, and expands the geographic distribution of these species. It is the first occurrence of S. longisetosae in the Neotropics, and the first citation of P. spinosus in the state of Rio Grande do Sul, Brazil.Keywords: Pitangus sulphuratus, Machetornis rixosa, Rhinonyssidae. Ácaros nasais de Tyrannidae (Aves) no Brasil ResumoForam examinadas 81 aves Tyraniidae, 80 Pitangus sulphuratus (Linnaeus, 1766) (Bem-te-vi) e um Machetornis rixosa (Vieilot, 1819) (Suiriri-cavaleiro) para coleta de ácaros nasais, os quais foram identificados como Ptilonyssus spinosus (Brooks & Strandtmann, 1960) e Sternostoma longisetosae (Hyland, 1961) (Rhinonyssidae). Este achado caracteriza o primeiro relato de P. spinosus e S. longisetosae em P. sulphuratus e o primeiro registro de P. spinosus em M. rixosa, e amplia a distribuição geográfica destas espécies, sendo a primeira ocorrência de S. longisetosae na região neotropical e primeira citação de P. spinosus no Rio Grande do Sul, Brasil.Palavras-chave: Pitangus sulphuratus, Machetornis rixosa, Rhinonyssidae.

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Nasal mites (Gamasida: Rhinonyssidae) of Paroaria coronata (Miller) (Passeriformes: Emberezidae)

Cited by 9 publications

References 5 publications

Integrating microorganism and macroorganism dispersal: modes, techniques and challenges with particular focus on co-dispersal

Integrating microorganism and macroorganism dispersal: modes, techniques and challenges with particular focus on co-dispersal

Host-Parasite relationships and co-infection of nasal mites of Chrysomus ruficapillus (Passeriformes: Icteridae) in southern Brazil

Nasal mites of Tyrannidae (Aves) in Brazil

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