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Data from: Addition of a single bacterial isolate to conventional larval rearing water can impact wing size and longevity in adult male Aedes aegypti

Posted
Repository
Dryad
DOI
10.5061/dryad.79cnp5j9r

These data were collected from a series of experiments testing the effect of bacterial amendments to Aedes aegypti larval rearing water on pupation as well as adult male wing length and survival. The effects of three different genera of bacteria were investigated: Asaia sp., Cedecea sp., and Kocuria sp. Mosquitoes were reared in larval water amended with one of the three bacterial strains or no amendment as a control, and then we measured pupation and collected adults that arose from each treatment and measured their wing length and lifespan. The full experiment was repeated four times. The dataset includes five datasheets. The first is a pupation dataset, where for each individual mosquito assayed, we recorded the day of pupation ("day"). The second is a dataset indicating the overall pupation success (i.e., the proportion of individuals that pupated from each treatment). The third contains the wing lengths of individual males from each treatment measured in milimeters. The fourth is a survival dataset, where for each individual mosquito assayed, we recorded the day of death ("day"). The fifth datasheet contains 16S sequences used to classify the bacterial strains used in the study and the results from NCBI Nucleotide BLAST used to obtain a best match species ID.

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