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Mushrooms can be the key to saving Bee populations from colony management

With beet populations in different parts of the world falling due to colony collapse, a sponge vendor has been occupied with his own home for the situation. A product that he claims first came to him in a dream.

Paul Stamets spoke to Seattle 19459005 earlier this week and Paul Stam explained how he first realized that fungi could help prevent the colony collapse in 1984 when he discovered a large and steady stream of bees flying from his mushroom match to his hives. Bina was responsible for transporting wood chips to gain access to the mycelial or vegetative threads of the fungus. It was here that the tribes remembered to see the bee "sipping on the drops" of the mycelium, possibly for the sugar contained within.

It was only a few decades later when everything began to come together for tribes, who were at that time confused by the problem of colonial management, and how wild and commercial Bible populations around the world have seen their numbers decrease due to mites, pesticides , viruses and other factors.

"I joined the dots," said the body's "awake dream" he was right before he came up with his solution.

"Mycelium has sugars and antiviral properties. What happens if it was not just sugar that was useful to these fungicides a long time ago?"

Thanks to Washington enthusiast's professor Steve Sheppard, the Foundation could turn to true scientific research. In a study published Thursday in the journal Scientific Reports Sheppard and a team of researchers explained how the fungus mycelia additive could reduce the occurrence of some viruses in bees receiving small doses of the substance. These viruses are associated with the parasitic Varroa mites, which have been blamed for much of the colony cave that has plagued biophysics since the late 1


A report from Newsweek Newsweek ] explained the methods that Sheppard and his colleagues used and noted that the team started by testing two groups of bees that had both been exposed to Varroa mites. The first group was given a mixture of sugar and the fungus extract of the stock, while the other group was given only sugar. According to study co-author Brandon Hopkins, an assistant research professor at WSU, "reduced the virus to almost nothing" in many of the strains tested.

While the fungus-based extracts of the stem showed a lot of promises. When tested, more research has to be done before his homemade substance can be used to save beet populations. According to the Seattle Times the cause of the biorna affected by the extract has not yet been established, as scientists believe that it may be either because it increases the immune system of the bees or that the additive works directly against viruses.

Currently, more tests are performed, as the task of the team was to design a 3D-writable feeder that could distribute the fungal mycelia extract to wild bees. If everything goes well, the team plans to make its solution accessible to the public via "Extract-subscription service" sometime in 2019.

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