Linear regressions analysis of insect control expenditure (in log).

<p>The table shows the results of the linear regression analysis of total spending for insect control, considering factors such as the level of annoyance related to different types of insects such as wasps, flies, common and tiger mosquitoes. Apart from columns (1) and (2) which analyze the full sample, the estimates in columns (3) and (4) pertain specifically to the subsamples of households with and without mosquito nets at home, respectively. In the full sample analysis in column (1), which excludes concern and bites annoyance from tiger mosquitoes, significant factors influencing total expenditure include the presence of an external garden, and nuisance levels from flies and common mosquitoes. In the full sample analysis in column (2), which includes all insects, significant factors positively affecting total expenditure are the presence of an external garden and the level of nuisance from flies. Additionally, households that experience higher levels of nuisance and concern from tiger mosquitoes tend to spend more on insect control measures. For households with mosquito nets (column 3), significant factors are the presence of an external garden, the area where the dwelling is located, the presence of flies, and the nuisance level from tiger mosquitoes. Higher education levels also significantly increase spending. In analysing the expenditure incurred by households without mosquito nets (column 4), significant factors include the presence of an external garden, the number of inhabitants, and the nuisance level from tiger mosquitoes.</p> <p>(DOCX)</p>

Publication Details

Journal
Figshare
Published
2024-10-09
DOI
https://doi.org/10.1371/journal.pntd.0012552.s004
Primary Topic
Insects and Parasite Interactions
Type
article
Field-Weighted Citation Impact
0.00
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article

Linear regressions analysis of insect control expenditure (in log).

Figshare
Insects and Parasite Interactions
article

Linear regressions analysis of insect control expenditure (in log).

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Abstract

<p>The table shows the results of the linear regression analysis of total spending for insect control, considering factors such as the level of annoyance related to different types of insects such as wasps, flies, common and tiger mosquitoes. Apart from columns (1) and (2) which analyze the full sample, the estimates in columns (3) and (4) pertain specifically to the subsamples of households with and without mosquito nets at home, respectively. In the full sample analysis in column (1), which excludes concern and bites annoyance from tiger mosquitoes, significant factors influencing total expenditure include the presence of an external garden, and nuisance levels from flies and common mosquitoes. In the full sample analysis in column (2), which includes all insects, significant factors positively affecting total expenditure are the presence of an external garden and the level of nuisance from flies. Additionally, households that experience higher levels of nuisance and concern from tiger mosquitoes tend to spend more on insect control measures. For households with mosquito nets (column 3), significant factors are the presence of an external garden, the area where the dwelling is located, the presence of flies, and the nuisance level from tiger mosquitoes. Higher education levels also significantly increase spending. In analysing the expenditure incurred by households without mosquito nets (column 4), significant factors include the presence of an external garden, the number of inhabitants, and the nuisance level from tiger mosquitoes.</p> <p>(DOCX)</p>

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