Table 1.

Durations of windows of selection and dominance measured in this study and from the literature

Paper	Organism	Genetics	Mortality measurement	Time or concentration	Insecticide	Durationa of windows of selection	Duration of windows of dominance	Figure
This study, South et al. (2019)	Anopheles Anopheles & Aedes	Strains	Cone bioassays on filter papers and sprayed surfaces	Concn. Time	Deltamethrin	320× 18 months		2 3
Agossa et al. (2018)	Anopheles	Strains	Free‐flying and cone bioassays in sprayed huts	Time	Deltamethrin Clothianidin	7 months 2 months		4
Anshebo et al. (2014)	Anopheles	Strains	Cone bioassays on treated nets	Time & Concn.	Deltamethrin	>12 months 6.5×		S3.1
Bagi et al. (2015)	Anopheles	Strains	Bottle assays	Concn.	Permethrin	400×		S3.2
Etang et al. (2016)	Anopheles	Strains	Tube assays and cone bioassays	Concn. & # net washes	Deltamethrin treated nets	100× 35 washes		S3.3
Mahama, Desiree, Pierre, and Fabrice (2007)	Anopheles	Strains	Cone bioassays on treated nets	Time	Deltamethrin treated nets	12 months		S3.4
Li et al. (2008)	Ticks	Genotypes	Larval bioassay	Concn.	Permethrin	450×	15X	5
Georghiou and Taylor (1986)	Culex mosquitoes	Genotypes	Larval bioassay	Concn.	Permethrin	1400×	85X	6
Corbel et al. (2004)	Anopheles	Genotypes	Tunnel test	Concn.	Permethrin treated nets	5× (the entire range tested)	5X	S3.5
McKenzie and Whitten (1982)	Blowfly	Genotypes	Larvae exposed on sheep	Time	Dieldrin Diazinon	30 weeks 19 weeks	30 weeks 11 weeks	S3.6

^aDuration of windows of selection (WoS) and dominance (WoD) is given as approximate x‐fold difference in concentration or in units of time (i.e. concentration on closing divided by concentration on opening). Note that WoD can only be determined if mortality is by genotypes.