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2006 Highlights 

From the director

   Building Better Grazing

   Goat Forage Systems

   Growing Potatoes    Sustainably

   New Lure for Honey    Pests

   Organic 101

   Olive/Shrimp Production

   Range Irrigation

   Farm Mentors

   Characteristics of Maine    Farmers

   Renewable Energy

   Marketing Meat to    Ethnic Groups

   Nutritional Benefits of    Pasture Raised Products

 
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SARE 2006-2007 Highlights

checking beehives
Baldwyn Torto and Charlotte Skov of the University of Florida check for small hive beetles in traps they placed in Lake City, FL, honeybee colonies. The beetles are a growing threat.
Photo by Baldwyn Torto

Baiting the Trap: New Lures Ensnare Damaging Hive Beetle
Many consider honey bees the building blocks of horticulture because of their role in pollination. Their honey production is sweet, too, with 17 million pounds harvested each year in Florida alone. Yet, the Florida bee industry faces a major threat from the small hive beetle, a damaging pest that for the past decade has been feeding on pollen and contaminating honey stores. Since Florida is a common over-wintering destination for bees, the infestation has spread throughout the eastern United States and is even taking up residence in California. A serious small hive beetle infestation causes bees to abandon their hives, leaving beekeepers without honey and their bee colonies.

Responding to pleas from beekeepers, SARE-funded researchers at USDA’s Agricultural Research Service and the University of Florida worked on site with beekeepers to devise a trap that lures small hive beetles away without using purchased chemicals, which leave residues in honey. They built upon the work of Drion Boucia, a University of Florida researcher, who discovered that hive beetles release an alluring yeast.

“When the yeast grows on pollen in the hive, it attracts more beetles with a cascading effect,” said Peter Teal, an ARS research leader in Gainesville. “It disturbs the bees and they leave.”

Researchers put the yeast to work for them. Collaborating with half a dozen beekeepers in a SARE on-farm research grant, they installed traps baited with yeast below each hive, separated by sliding doors drilled with conical holes. Hive beetles can squeeze through into traps, but not return.

“Female beetles lay eggs in the trap, so we routinely catch 10 times more larvae than adults,” Teal said.

Teal predicts the traps will solve the problem for small-scale beekeepers,whom he says make up 60 percent of the industry, because they typically tend their hives daily and can clean their traps. For large-scale beekeepers, who maintain up to several thousand hives, Teal and his team are hoping to develop a new trap requiring less management.

Their findings are timely. Beekeepers throughout Florida are waiting for traps to become widely available commercially. “We have a horrific pest that’s redefining beekeeping,” said Jerry Latner, manager of a beekeeping supply manufacturer. “If they perfect the lure, it will be a great benefit.” [View the project report.]



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