A beehive made partly from mycelium has won a national Dyson Award for its focus on sustainability
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Spotted: Around the world, honey bee populations are in decline. This colony collapse disorder is thought to be caused by a combination of habitat loss, parasites, climate change and pesticide use. Now, Niamh Damery, a student from the University of Limerick has developed a hive made from natural materials. Her project, which recently won a national James Dyson Award, is designed to be set up in back gardens and to help save endangered wild native Irish Black bees.
The Econooc hive is segmented, for easy assembly and transport. The base is made from mycelium, which is grown from mushrooms. It also contains a natural substance which repels the varroa mite, a common source of deadly viruses in hives. The mycelium is shaped into the form of a tree hollow, where many wild bees overwinter.
The lower half of the Econooc, which includes the landing pad and ventilation hole, is moulded from waste plastic. It includes a clear area that allows people to watch the bees inside the hive. The hive comes with a calendar that teaches the users about biodiversity and is partly made from wildflower seeded paper for users to plant.
Damery was inspired by her father and grandfather, who both kept bees. She points out that, as beekeeping has grown more commercialised, imported strains of bees are breeding with the Irish Black Bee, and these hybrid strains are not able to survive the Irish winter as well as the native bees. She said: “I hope the Econooc will encourage more people to think about nature and solutions we can implement to ensure the survival of bees in the future.”
Colony collapse disorder is an increasingly urgent problem – honeybees pollinate around 70 per cent of commercial crops. At Springwise, we have seen a number of innovations aimed at saving bees. These have included tiny sensors that track the health of hives and a startup using bees to collect plant samples.
Written By: Lisa Magloff