Fig 1.
Mosquito collection points location in different climatic periods between 2014–2015 at Chapada dos Guimarães National Park (CGNP).
(a) CGNP location in State of Mato Grosso, Central-Western Brazil, containing three Rapid Assessment Surveys for Long-Term Ecological Research modules (RAPELD) (green and brown rectangles). (b) Rio Claro RAPELD module schematic representation, indicating the sampled plots and their trails in red (A3, A4, B0, B2 and B4 with their respective geographical coordinates). Blue dots represent the collection points within each trail in the enlarged view.
Table 1.
Pools of Culicinae specimens captured in the Rio Claro RAPELD module at Chapada dos Guimarães National Park, Mato Grosso, Brazil.
Table 2.
Viral sequences obtained from the salivary glands of Culicinae mosquitoes captured in the Rio Claro module, Chapada dos Guimarães National Park, Mato Grosso, Brazil.
Fig 2.
Lobeira virus genome map and phylogeny.
(a) Genomic organization of Lobeira virus and structure-based alignment with Riverside virus 1. (b) Maximum likelihood phylogenetic tree for Large protein of Lobeira virus (in blue) with dimarhabdovirus supergroup members and selected rhabdovirus-like sequences related to Lobeira virus by BLASTp search. Phylogeny was rooted on the branch of Lyssavirus genus. Viruses originally found in mosquitoes and other arthropods are marked in red and yellow, respectively. Bar indicates amino acid substitutions per site.
Fig 3.
Croada, Cumbaru and Kaiowa viruses partial genomic maps and phylogeny.
(a) Schematic representation of structure-based alignment of Kaiowa virus BR/MT-M03 and BR/MT-M08, Croada virus, Cumbaru virus and Chuvirus Mos8Chu0. (b) Maximum likelihood phylogenetic tree for the glycoprotein of Kaiowa, Croada and Cumbaru viruses (marked in blue) with members of Chuviridae family. Viruses originally found in mosquitoes and ticks are marked in red and green, respectively. Bar indicates amino acid substitutions per site.
Fig 4.
Murici virus genomic map and phylogeny.
(a) RNA dependent RNA polymerase (RdRp) protein of Murici virus and Anopheles totivirus. (b) Maximum likelihood phylogenetic tree for RdRp sequence of Murici virus (in blue) with respective most related members of Totiviridae family. Viruses originally found in arthropods and other insects are marked in yellow and purple, respectively. Bar indicates amino acid substitutions per site.
Fig 5.
Genome map of Angico and Araticum viruses and phylogeny.
(a) RNA dependant RNA polymerase (RdRp) gene comparison of Angico and Araticum viruses and Crypstosporidium parvum virus 1. (b) RdRp Maximum likelihood phylogenetic tree of Angico virus and Araticum virus (in blue) and other Partitiviridae members. Viruses originally found in arthropods are marked in yellow. Bar indicates amino acid substitutions per site.