Disappearing Bees

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The Bees Who Flew Too High

You may have heard about the disappearing bees. 
Considering my contention that extinctions and ice ages are 
closely connected to geomagnetic forces and magnetic 
forces on the sun, I think the following article provides 
a plausible explanation for their disappearance.

29 Mar 07 - The first reports began in November of bees mysteriously disappearing. Not just one or two, but entire colonies of tens of thousands of bees at a time. As temperatures have warmed and it has become safe to open hives, the extent of losses is grave:

In Michigan, Terry Klein, vice president of the Michigan Beekeepers Association and a commercial beekeeper, said reports of huge losses are beginning to arrive.

"One beekeeper started with 1,500 hives and had only 500 colonies left," Klein said. "Over three or four more weeks, he lost 70 percent of those."

Assuming a winter population of approximately 20,000 bees, this would leave losses for one beekeeper at 27 million bees! The losses have been widespread in North America, with some beekeepers losing up to 80 percent of their hives. Over 400 reports have come in from at least 22 states so far. Given the extent of losses, the most puzzling thing is the lack of dead bees:

Although the bodies of dead bees often are littered around a hive, sometimes carried out of the hive by worker bees, no bee remains are typically found around colonies struck by the mystery ailment. Scientists assume these bees have flown away from the hive before dying.

27 million dead bees in a relatively small area should leave some physical evidence. Curiously, it has been noted that something similar happened in North America approximately 50 years ago.

What about Sunspots?

Sunspots follow an approximate 11-year cycle, corresponding to increases in solar activity. This solar activity causes geomagnetic effects during the peaks, but effects on earth’s magnetic field also occur during the minimums. Using these observations, scientists have predicted that the next solar maximum, expected to peak in 2010, could be the most intense ever.

Combined with another observation on the sun, Physicist David Hathaway noticed a correlation that allowed prediction of solar activity 6-8 years later. In his observations, the last time something similar to the IHV measurements he sees today happened was about 50 years ago.

How could sunspots and honeybees be related?

Barbara Shipman, mathematician and daughter of a bee researcher, first noticed something peculiar about the dance bees use to describe where pollen sources are located to other bees. Observed over 40 years by Karl von Firsh, these movements seemed an overly complex way to convey information, especially in insect behavior. No one had yet made sense of the dance the bee scouts performed on returning to a hive, but one thing was clear. All of the dance was based on a triangulation of the hive, the food source, and the sun.

Since then, researchers have discovered that things such as the polarization of the light of the sun and local variations of the earth’s magnetic field affect the components of the dance, suggesting bees have sensitivities that would require re-writing our biology, physics and cosmology texts from scratch:

Other than the coincidence that a similar disappearance of bees and the precursor to a strong sunspot cycle both occurred at the same time, just as is happening now, how could such revelations be related to the solar cycle?

Science is still at a loss to explain the power of the sun’s magnetic field, or the Solar Dynamo. A set of observations seem all to relate, yet the observations cannot be explained individually or together:

The solar probe Ulysses’ circumpolar orbit took it below the south pole of the sun this past winter. While there, sunspot 938 put on the most energetic performance of any sunspot in four years, ejecting a particle storm that would have been a "ground-level event" (penetrating the entire atmosphere) had it been directed at earth. Instead, it was directed towards the south pole, shattering current models of solar functioning.

If we consider such a particle stream to be a secondary stream to the "imaginary" component of the solar field that would be dominant during a solar minimum, then the quantum field to which the bees may be sensitive could have been disturbed. Or, the bees could have lost navigation, possibly abandoning the hive as one of the directional components of either the quantum field or local terrestrial magnetic variations moved drastically closer to the sun. They may have flown skyward, attempting to keep up with the rapidly moving target of home in six dimensions.

Similar events could have happened 50 years ago when geomagnetic events preceded the most active solar cycle recorded. Bee disappearances were reported across the southern United States in the time preceding the increased activity. Physicist David Hathaway:

Enough anecdotal evidence and coincidence combined with solid observation also exists to link the disappearance of the bees with changes in the sun, even if the reason why is not clear.

See full article:



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