Bat activity and relative richness in the 14 pig farms under study.

Bat activity and relative richness in the 14 pig farms under study.

<p>Activity per species was calculated as the average number of species-specific passages across the effective sampling days per farm.</p>

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Bibliographische Detailangaben
1. Verfasser:	Francesca Festa (14842158) (author)
Weitere Verfasser:	Pamela Priori (14842155) (author), Giulia Chiarello (22439017) (author), Elisa Palumbo (2889905) (author), Gianpiero Zamperin (7912553) (author), Francesca Cosentino (14029725) (author), Luigi Maiorano (399894) (author), Maria Luisa Menandro (16712880) (author), Dino Scaravelli (650423) (author), Paola De Benedictis (405039) (author), Pierre Nouvellet (405036) (author), Stefania Leopardi (8430915) (author)
Veröffentlicht:	2025
Schlagworte:	Microbiology Ecology Infectious Diseases Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified interface via genetic intensive farming systems increasing exposure risks found frequent absence structural analysis revealed common bat species bat species involved potential transmission route investigated cov circulation increasing recombination risks combining bioacoustic surveys div >< p phylogenetic analysis indicated higher bat activity including farm structures hypsugo savii </ also analysed landscape active longitudinal surveillance >, suggesting potential 14 pig farms assess bat presence pipistrellus kuhlii </ identify spillover interfaces italy </ p bat activity savii </ pipistrellus </ kuhlii </ cov transmission pig farms landscape analysis bat coronaviruses viral recombination phylogenetic analyses identify predictors bioacoustic monitoring pig enclosures bat covs three populations study outlines study applied seasonal patterns recognized reservoirs performing whole pathways enabling northern italy multidisciplinary approach molecular virology level variables genome sequencing
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