Which surveillance method is best suited for sampling remote mosquito populations?

The CDC light trap is designed for effective mosquito sampling in various environments, including those that are remote. It is specifically built to capture a wide range of mosquito species and can efficiently collect samples over extended periods. The CDC light trap attracts mosquitoes using light and carbon dioxide, making it particularly effective in attracting species that are active during the night or in less accessible locations.

This trap is also portable and easy to deploy, which is advantageous in remote areas where accessing populations may be challenging. Its ability to capture diverse mosquito species contributes greatly to surveillance programs aimed at monitoring mosquito populations and assessing potential disease risks.

While other methods like the New Jersey light trap or minute traps serve purposes in mosquito collection, they may not be as effective or efficient in remote settings. Aerial fly-overs may not provide the necessary specificity and could potentially disturb the habitat, resulting in incomplete sampling. Thus, the CDC light trap's design and functionality make it the most appropriate choice for sampling mosquito populations in remote areas.