1. Hiveopolis, investigates how the complex decentralised decision-making mechanism in a honeybee colony can be nudged by digital technology. Begun in 2019 and set to end in March 2024, the experiment introduces technology into three observation hives each containing 4,000 bees, by contrast to 40,000 bees for a normal colony. Within this honeybee smart home, combs have integrated temperature sensors and heating devices, allowing the bees to enjoy optimal conditions inside the colony. Since bees tend to snuggle up to warmer locations, the combs also enables us to direct them toward different areas of the hive. 2. RoboRoyale, focuses on the honeybee queen and her courtyard bees, with robots in this instance continuously monitoring and interacting with her Royal Highness. Come 2024, we will equip each hive with a group of six bee-sized robots, which will groom and feed the honeybee queen to affect the number of eggs she lays. Some of these robots will be equipped with royal jelly mic...
" Washington State University entomologists joined forces with an Olympia, Wash.-based business and others in a two-year effort to breed a strain of Metarhizium , a common beneficial fungus found in soils, to work against the mites. Metarhizium anisopliae has been used for decades to combat numerous soil-dwelling pests around the world, including the sugarbeet root maggot and the Japanese beetle, according to the USDA’s Agricultural Research Service." " The team’s next tasks will be to develop delivery methods for beekeepers to apply the fungus in hives and get approval from the U.S. Environmental Protection Agency to use it in agriculture, according to the university." Link to article
Protect your bees from Cell Tower radiation! Excerpt: Honeybees uses the magnetic field of the earth to to determine their direction. Nowadays, the rapid spread of electrical devices and mobile towers leads to an increase in man-made EMF. This causes honeybees to lose their orientation and thus lose their hives. Link to study
Comments
Post a Comment