J. L. Geoghegan

The paper investigates the infectome of diphtheritic stomatitis in yellow-eyed penguins, identifying a novel megrivirus associated with the disease.

The paper investigates fish viromes on Chatham Island, identifying 19 viruses including 16 novel species and finding that virome composition is not influenced by ecological factors.

This study analyzes the viromes of New Zealand's bats to investigate cross-species viral transmission, finding evidence of alphacoronavirus jumps between species and a novel short-genome coronavirus.

The paper identifies a novel gyrovirus associated with respiratory distress syndrome in yellow-eyed penguin chicks through metatranscriptomic analysis of tissue samples.

The paper characterizes the faecal virome of Australian grey-headed flying foxes, identifying novel coronaviruses, retroviruses, and sapoviruses.

The paper identifies 49 novel viral species in tuatara cloacal samples, most likely dietary related, and discovers a novel Picornaviridae virus potentially infecting tuatara.

The study analyzes viromes of 61 reef fish species in the Great Barrier Reef, finding limited cross-species virus transmission despite high biodiversity.

This paper identifies 104 novel RNA viruses in primitive plants by analyzing transcriptomes from 1079 species, revealing broader virus host ranges and evolutionary insights.

The paper uses metagenomic sequencing to analyze viruses in native and invasive fish in the Murray-Darling Basin, finding no evidence of CyHV-3 or shared viruses between species.

The paper identifies divergent coronaviruses in bony and jawless fish, revealing cross-species transmission and distinct evolutionary patterns within the Coronaviridae family.

The paper identifies a novel rubella-like virus in Pacific electric rays, revealing a complex evolutionary history of the Matonaviridae family.

The paper identifies two new Amnoonviridae viruses in fish and finds additional TiLV transcripts, suggesting a broad host range for the family.

The paper identifies five divergent influenza-like viruses in amphibians and fish, suggesting an ancient evolutionary association between influenza viruses and vertebrates.

The paper was withdrawn due to the non-publication of a zoonotic risk prediction tool mentioned in the manuscript.

This study compares viromes of urban and rural red foxes, finding differences in viral abundance and diversity, and identifies novel viruses with potential zoonotic relevance.

The paper uses meta-transcriptomics to analyze virome composition in marine fish, identifying new viruses and factors shaping virome diversity.