10.6084/m9.figshare.11626590.v1
Betwel Msugupakulya
Betwel
Msugupakulya
Emmanuel Kaindoa
Emmanuel
Kaindoa
Halfan Ngowo
Halfan
Ngowo
Japhet Kihonda
Japhet
Kihonda
Najat Kahamba
Najat
Kahamba
Dickson Msaky
Dickson
Msaky
Damaris Matoke-Muhia
Damaris
Matoke-Muhia
Patrick Tungu
Patrick
Tungu
Fredros Okumu
Fredros
Okumu
MOESM1 of Preferred resting surfaces of dominant malaria vectors inside different house types in rural south-eastern Tanzania
Springer Nature
2020
Indoor residual spraying
Contact insecticides
House screening
Malaria vectors
An. funestus
An. arabiensis
Ifakara Health Institute
Indoor resting behaviours
2020-01-16 04:55:37
Journal contribution
https://springernature.figshare.com/articles/journal_contribution/MOESM1_of_Preferred_resting_surfaces_of_dominant_malaria_vectors_inside_different_house_types_in_rural_south-eastern_Tanzania/11626590
Additional file 1: Figure S1. Overall densities of Culex mosquitoes, from different resting surfaces in houses. This data is aggregated for all house types in the study area. Estimation plots are provided to depict distribution of residuals between collections from roofs or other surfaces, and the collections on walls. The number of mosquitoes resting on either roofs or other surfaces are considered significantly higher or lower based on how far the means of the residuals are above or below the reference line. Figure S2. Comparison of densities of Culex mosquitoes, from different resting surfaces in different house types. Estimation plots are provided to depict distribution of residuals between collections from roofs or other surfaces, and the collections on walls. The number of mosquitoes resting on either roofs or other surfaces are considered significantly higher or lower based on how far the means of the residuals are above or below the reference line. Table S1. Summary statistics of interactions between mosquitoes of different species collected from different resting surfaces (walls, roofs and other surfaces) and time.