November 2025
Journal of Environmental Health
Volume 88, Number 4
About the Cover
Mosquito insecticide resistance is a global public health issue that should be monitored and addressed at the local level by rotating insecticides with different modes of action. In this month’s cover article, insecticide resistance was monitored in Aedes albopictus and Culex pipiens/quinquefasciatus in North Carolina during 2018–2023. Trends in insecticide resistance were compared by region and year for mosquito control-formulated insecticide products. There was a significant difference in insecticide resistance between the two species, with Culex populations having higher insecticide resistance than Aedes. Further assessments of formulated insecticide products should be carried out for mosquito populations showing resistance to active ingredients, which can inform operational decisions.
Table of Contents
Advancement of the Science
Insecticide Resistance Patterns in Mosquitoes of Public Health Importance in North Carolina, 2018–2023
Proximity to Superfund Sites and Cancer Incidence in the South Atlantic United States
Findings From a Pilot Project Highlight Lessons to Ensure Safe Cleaning Practices and Pesticide Use in At-Home Childcare Centers
Advancement of the Practice
Direct From ATSDR: Building Capacity for Community Engagement in Environmental Health: Strategies and Insights From ATSDR
The Practitioner’s Tool Kit: Electronic Thermometers: What Every Environmental Health Professional Should Know
Spotlight on Success Stories From the Field: Building a Structured Mentoring Program for Environmental Health Inspectors
Advancement of the Practitioner
Environmental Health Calendar
Career Opportunities
Spotlight on NEHA Resources: Supporting Our Students
Your Association
President's Message: The Future Is Bright!
Special Listing
NEHA 2025 AEC Wrap-Up
NEHA 2026 AEC
U.S. Postal Service Statement of Ownership
NEHA News
Advertisers Index
CDP, Inc.
Evermore Services
Hedgerow Software
HS GovTech
Inspect2GO
NSF