Good Question! and I think you know the answer....NO! Have not found a trap that will work in the daytime when applied outdoors. If it works indoors, it is normally due to the mosquitoes having nowhere to go and eventually gets trapped, but not by deliberate design.

Even though aedes have been described as a daytime feeder by entomologists, I have not found papers that says they are "exclusive" and will not feed also at night. What I can confirm is that the MMA is "attractive" for the Aedes mosquitoes day or night.

Clearly, a true human host is far more complete and attractive for mosquitoes, aedes or otherwsie.

This "completeness" is the threshold that researchers are attempting to match or exceed, the ultimate solution.

We are not there yet, as the true human host includes size, heat, movement, scent [all sorts] and blood.

However, even though the current MMA semiochemical and trap do not work in the daytime, it is effective at night. The ability to trap the mosquitoes at night leaves only the incoming daytime mosquitoes to deal with, which is the final part of the ongoing investigation.

The current research and trials suggests that daytime trapping requires "additional" stimulants and improvement to the MMA, but I am not at liberty to discuss this, except to say that early morning trapping has been partially successful due to such work. Trapped mosquitoes dehydrate and die within a certain time, and it became possible to the estimate trapping time period when live mosquitoes are found in the traps in the late afternoon/evening.

Such advancements, even though modest, enforces the conviction that semiochemicals, [pheromones, allomones, kairomones, attractants and repellents], holds great promise as new tools for vector control.

This post is to inform those who are interested and to encourage those who are already working in/ studying  this particular branch of biotech science.