A single colony of bees can pollinate up to 300 million flowers every day. That includes bees managed by humans. This means that unlike some livestock and farming practices, this is a human activity that is beneficial to the environment and key to the sustainability of food systems. Big data is powering human-bee collaboration. That is the proposal of the Israeli startup.
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A new generation of smart beehives
Called this new generation beekeeping hive, Beehome’s innovative approach involves automating the care of these insects.My goal is reduce the mortality rate of this specieshave faced many threats in recent years. valor destructor, aggressive parasitic mites.In the United States alone, this parasite Destroyed 43.7% of bee colonies Between 2019 and 2020.
The hive at Kibbutz Beit Hemek in northern Israel is home to about two million bees in just under four square meters of space. So far so good, but a quick look shows a device with wires, a board with a processor, and a ventilation system. A clever beehive.
A board with a processor, and a ventilation system. A clever beehive.
this hardware Monitor everything that’s going on inside, in aspects such as temperature and humidity. The machine intervenes when necessary, Provide water or sugar if deficiency is detectedThis contribution is based on Artificial intelligence This is because the system learns to distinguish patterns that precede colony population declines.
technology Detect parasites and pests Heat treatment without chemicals. Also, if toxic substances such as pesticides are detected in the air, the entrance to the hive is automatically closed as a protection.
Solar energy and automatic harvesting
Each Beehome can accommodate up to 24 hives and is powered by solar power. This means it can be installed virtually anywhere. Beekeepers have software that allows them to: Monitor bees from your smartphone, omit the visual inspection. Previously, it was necessary to manually go to the site and inspect each hive.
The latter also applies to harvesting. The system detects the honey level on the comb and Collect automatically when overflowThe beekeeper is then alerted to collect honey when the tank is full.
From big data to bit data
The emergence of big data and artificial intelligence systems means that these technologies go beyond caring for individual colonies. In the US, companies are already focused on big data adoption. General welfare services for bee populations.
One of them sells intelligent hives with sensors to professionals and individuals interested in keeping bees in their gardens and residential areas. The company is responsible for the maintenance and harvesting of honey delivered to customers. But the process doesn’t end there. Data collected throughout the year is sent to Harvard University and MIT, which can be analyzed to study the health of bees. This allows us to better understand the effects of environmental and climatic conditions over time.
Another European-funded project aims to go even further.Hybeopolis intended to develop Robot bees on each honeycomb Its vibration and movement can be used to indicate where the best pollen sources are for the rest of the colony. The idea is to replicate what is known as a “beadance,” in which worker bees move their abdomens to signal the position of flowers. If you want to learn more about the contribution of robotics in fields such as agriculture, This article.
By the way, World Bee Day is May 20th. Whether in smart hives or in the wild, it’s a good time to remember the importance of these pollinating insects.
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