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. 2021 Jun 29;6(3):116. doi: 10.3390/tropicalmed6030116

Table 5.

Association of the status of supporting community mosquito control programs through pesticide spreading with individual characteristics of the study participants. Univariate analysis was performed using chi-squared test.

Variable Total Support Community Mosquito Control Program through Pesticide Spreading
(No./469, %) Yes (No., %) p Value *
Knowledge of the terms “West Nile Virus”/“West Nile Fever” 243, 51.8% 134, 55.1% 0.192
Male sex 148, 31.6% 76, 51.4% 0.794
Age > 50 years 189, 40.3% 86, 45.5% 0.016
University degree 134, 28.6% 79, 59.0% 0.066
Household with subjects aged 14 years or less 167, 35.6% 89, 53.3% 0.734
Living in suburban/urban area 266, 56.7% 152, 57.1% 0.015
Working as HCW 52, 11.1% 40, 76.9% <0.001
Reporting three or more protective behaviors 185, 39.4% 112, 60.5% 0.004
Working outdoors during the greater part of the day 31, 6.6% 15, 48.4% 0.657
Working with animals/cattle 20, 4.3% 18, 90.0% 0.001
Favorable to tax support of mosquito control programs 376, 80.2% 226, 60.1% <0.001
Favorable to fees/penalties for people avoiding mosquito control programs 193, 41.2% 135, 69.9% <0.001
Favorable to tax support to help repair damaged screens and dump standing water 372, 79.3% 216, 58.1% 0.001
Favorable to fees/penalties for people avoiding repair of damaged screens and dump standing water 217, 46.3% 145, 66.8% <0.001

Note. HCW = healthcare workers; * = chi-squared test.