We say hard workers “busy like a bee,” but in a recent study, bees of honey looks like an employee in a building office.

The entomologists and US engineers compete with small QR codes behind ten thousand honey bees in rural areas of Pennsylvania and New York. Uncovered application of this technology, as detailed in a ROLE Published in November in Journal HardwarexHelp scientists and beekeepers study how far insects travel to collect food. Interestingly, the experimenter has already given new light about this important pollinator of mysterious qualities.

Previous studies suggest that bees of honey can take up to 6.2 miles (10 miles) from their hives, but entomologists expect it to occur. “The goal is to understand if that’s a 10-kilometer estimate is biologically accurate. Can we know how far honey traveling from their homes? Margarita López-Uribe, a pennsylvania state entomologist University (Penn State) and Co-Author of study, said at a university statement.

QR codes, called Fiduciary Tags, actually worked like badges in a building office. Team creates an automatic imaging system with Hive entrance sensor to register each time a bee tag enter or exit, allowing entomologists to track their individual search times. The sensor records individual Bee ID, date, time, temperature, and if bee enter or exits.

https://www.youtube.com/watch?v=smst1s0ozfg

Traditional entomology field work is usually less hands-on, but this procedure gives no previous understanding of the Honey Bee character.

“This technology opens opportunities for biologists to study systems in ways that cannot be done before, especially in the organic beehive care,” says López-uribe. Organic bee care includes, including other items, maintenance and adequate space from industrial regions to prevent bees to collect pollen in pollen areas. However, because common bee search distances remain idlas, US agricultural department recommendations for organic certification may not be accurate about it.

“In the Field Biology, we usually look at things with our eyes, but the number of observations we can as people will never climb what a machine can go,” he added. Overall, the team has been tagged over 32,000 bees in six apiaries with QR code less than pinky nails to the person who does not harm the bees or prevent their actions.

“We’re going to take the young bees to get more accurate to track their age, especially when they start flying and when they stop,” Robyn underwood in Penn State, who also participated in the Penn State. Young people are more easily taken care of because they have never hurt.

So, what do the bees do?

Researchers observed most trips from Hive usually last between one and four minutes-possible potty breaks or a quick examination of the weather-and some higher excursions are not yet in 20 minutes. However, 34% of tagged bees dared to get out of the house for more than two hours.

This higher loss can be due to higher search excursions. Some higher trips, eg, epicates periods of time with fewer flowers, where bees are likely to travel and away to collect their payment. However, scientists also claim that data can be ignored with bees without returning or entered hive reversed, effectively hiding the QR code from the sensor.

In addition, “we also found that bees seek a higher time in their life than before thinking,” Underwood said. The entomologists used to have the honeymoon to live about 28 days, he explained. However, “we saw the bees eating for six weeks, and they did not start to eat until they were about two weeks, so they could live longer than we thought.”

If they start to find, bees within the same nest share information about each other’s food sources by so-called “Waggle Dance.” Today, the team works with researchers from Virginia Tech to match their time in search of this behavior to continue to investigate how far bees are traveling from their hive.

Perhaps the next step is to press small airtags on their back.