While bug zappers and mosquito traps have similar aims—to eliminate pesky insects—they do have plenty of differences. There are many debates about bug zappers versus mosquito traps.
Chances are you might have stumbled onto these arguments online, or in real life, while doing research on the device, but as far as merits go, the kind of product you will purchase usually depends on your preferences, and the conditions of your location.
Here is more information about the two differing devices.
Bug zappers are usually an electricity-powered unit that gets rid of bugs by zapping them. They can take on a variety of bugs including mosquitoes. Bug zappers also make use of UV light sources to lure in bugs, then eliminate them once the bugs come into contact with the unit’s charged grills.
However, they are most efficient on insects that are easily attracted to UV lights. Usually, it makes a popping sound once it electrocutes a bug.
It has a housing, UV light source, electric power source, and wire grid. The housing, or casing of the unit, is generally made from metal or strong plastic material and its shape can be cubic or rounded, bearing a resemblance to a lantern.
A majority of housings include a hanger on top so it can be hung on the wall or a post. For the UV light source, a fluorescent light bulb is mounted within the center of the unit.
Whenever an insect flies towards the device, and comes into contact with the grid, it gets zapped with electric current killing it instantly. The dead bugs are then gathered in a collection tray located beneath the unit, or they drop down on the ground beneath the zapper.
The device is specially designed so it won’t harm humans and animals if they happen touch the grid. The device’s casing safeguards the electric grid from being handled by humans and animals.
A number of mosquito trap brands are made in a way that they will attract mosquitoes by imitating human breath, then ensnare them in a container or a net in which they die out of hunger or get drowned.
They are typically recommended when consumers have to eliminate mosquitoes in a specific location, but cannot keep them from breeding anywhere else.
Mosquitoes who bite are female, and prior to developing eggs, they need blood, thus you will catch them feeding before they can produce their young.
Traps will not ensnare each and every live mosquito in a location, particularly if there are animals or humans within the vicinity. But once you have placed it in an ideal location and let it run every day whenever mosquitoes come out. It will definitely reduce the mosquito problem in a few days’ time, and the mosquito population will continue to decline.
These traps imitate humans and animals by releasing indicators that mosquitoes use to hunt for their prey. The chief indicator is a trail of CO2 or carbon dioxide, to replicate a human or animal breathing.
Several traps release a constant quantity, while some compliment the pace of breathing. It can make use of propane to produce CO2, or utilize a CO2 cylinder. Traps might also utilize attractants such as Lurex or Octenol.
In order to make them work effectively, users have to figure out how mosquitoes are getting to the location they want to look after. Mosquitoes often spend most of their time resting in shady and grassy, or bushy areas, and they usually look for their prey at night.
Furthermore, adult mosquitoes emerge from water sources, so they usually come from areas like puddles, wetlands, drainage channels, or stagnant water.
Positioning the mosquito trap in shaded locations will urge the insects to look for them faster because they tend to steer clear of hot, glaring sunlight. Traps will also work best if you place them within at least 30-feet from the location you want to look after, or from the breeding or resting location of the mosquitoes.
You can also fix them in a setting that has no hedges, bushes, high grass, or other obstacles that will hinder the spread of carbon dioxide.