Researchers from the The US Department of Agriculture (USDA) and the University of Florida in US studied the Asian tiger mosquito (Aedes albopictus) and its egg-laying preferences.
This mosquito is known to transmit yellow fever, dengue, and chikungunya, researchers said.
Asian tiger mosquitoes prefer to lay eggs in containers, so the first thing the scientists decided to test was whether the size of the containers made any difference.
The researchers studied female mosquitoes that had been fed bloodmeals and released in large cages with water containers flowering butterfly bushes (Buddleja davidii).
They found significantly more eggs in the largest containers, and they found more eggs in containers next to flowering bushes than in containers without flowers.
These findings could lead to new methods of controlling the mosquito, researchers said.
"One of the potential outcomes of this study might be that someone could look at the flower fragrances as a way to lure egg-laying female mosquitoes to some sort of trap," said Phil Kaufman, one of the researchers.
"Ovipositing mosquitoes are those that have taken a bloodmeal and, in instances where pathogen transmission is occurring, are the potential vectors as they may have acquired the pathogen through the bloodmeal.
"Therefore, exploiting the attractiveness of flowering butterfly bushes in developing control techniques could assist in stopping pathogen transmission," said Davis.
The researchers suggest that female mosquitoes lay eggs near flowers for a variety of possible reasons. Nectar is an important energy source, so pregnant females are obviously attracted to the flowers in order to feed themselves.
"Putting eggs in water near a nectar source may be a way of provisioning for the offspring, which do need sugar upon emergence," said Kaufman.
The findings of this study may be used one day to increase the effectiveness of mosquito trapping and monitoring efforts, especially if the attractants from flowers can be isolated and replicated.
"Incorporation of phytochemicals that are produced by butterfly bush may enhance ovitrap effectiveness, thereby improving surveillance and control efforts," researchers said.
The study was published in the Journal of Medical Entomology.
You’ve reached your limit of {{free_limit}} free articles this month.
Subscribe now for unlimited access.
Already subscribed? Log in
Subscribe to read the full story →
Smart Quarterly
₹900
3 Months
₹300/Month
Smart Essential
₹2,700
1 Year
₹225/Month
Super Saver
₹3,900
2 Years
₹162/Month
Renews automatically, cancel anytime
Here’s what’s included in our digital subscription plans
Exclusive premium stories online
Over 30 premium stories daily, handpicked by our editors


Complimentary Access to The New York Times
News, Games, Cooking, Audio, Wirecutter & The Athletic
Business Standard Epaper
Digital replica of our daily newspaper — with options to read, save, and share


Curated Newsletters
Insights on markets, finance, politics, tech, and more delivered to your inbox
Market Analysis & Investment Insights
In-depth market analysis & insights with access to The Smart Investor


Archives
Repository of articles and publications dating back to 1997
Ad-free Reading
Uninterrupted reading experience with no advertisements


Seamless Access Across All Devices
Access Business Standard across devices — mobile, tablet, or PC, via web or app
