Across the country, pollinators such as honeybees and hummingbirds are declining due to habitat loss, diseases such as Colony Collapse Disorder (CCD), pests and excessive pesticide use. Penn State researchers and educators are hoping to help combat these issues by promoting ways home gardeners can help pollinator populations thrive. (more)
Penn State research on honeybee health and Colony Collapse Disorder (CCD) will receive a boost as a result of a $100,000 gift from the E.B. O'Keeffe Foundation. The award will fund a competitive graduate fellowship that will pair a student's area of study with a leading researcher already working on that problem. (more)
Honeybees in colonies affected by colony collapse disorder (CCD) have higher levels of pathogens and are co-infected with a greater number of pathogens than their non-CCD counterparts, but no individual pathogen can be singled out as the cause of CCD, according to a new study by researchers from Penn State's College of Agricultural Sciences, other universities and the U.S. Department of Agriculture's Agricultural Research Service. (more)
Whether you are a seasoned gardener or a novice green thumb, you can join the fight to save the honeybees by planting your own pollinator-friendly garden this spring, according to a horticulture specialist in Penn State's College of Agricultural Sciences. (more)
The nation's largest grower of wild blueberries -- a crop that relies on honeybees for pollination -- has thrown its support behind Penn State research aimed at finding solutions to the health crisis facing the nation's honeybee colonies. Ed Flanagan, president of Wyman's of Maine, visited Penn State's College of Agricultural Sciences Thursday (March 26) to present a check for $50,000 to support research on Colony Collapse Disorder, or CCD, a mysterious ailment that has led to the disappearance of up to one-third of U.S. commercial honeybee hives since late 2006. (more)
Lewisburg beekeeper Dave Hackenberg and others in the trenches have their own opinions about what is going on with regard to colony collapse disorder (CCD) and recent, dramatic losses of honeybees. Hackenberg doesn't mince words. "Our scientists are working their heads off on a little bit of nothing. All we're doing here is slowly reinventing the wheel of what Europe has already figured out." Find out what France and Germany have done to combat CCD in this final segment of Research Penn State's three-part, in-depth look at Penn State's efforts toward understanding the complex and alarming loss of honeybees. (more)
To solve a murder mystery with millions of victims and no smoking gun requires CSI-style teamwork, or as Dennis vanEngelsdorp likes to say "a coordinated effort that takes a page from the beehive, where all the individuals play a role to make the hive successful." Penn State's entomology department, long recognized for its strengths in disease research and chemical analysis, has emerged as a leader in honeybee and colony collapse disorder research nationwide. Research Penn State takes an in-depth look into the department's efforts toward understanding the complex and alarming loss of honeybees. This is part two of a three-part series. (more)
While the words "endangered species" typically call to mind photogenic tigers, pandas or whales, an estimated 80 percent of all known animal species on Earth are insects, and their extinction often goes unremarked. A recent study notes that hundreds of thousands of insects could be lost in the next 50 years and that the loss of "keystone" insect species -- those on which many other species depend -- could be particularly detrimental for ecosystems and people. Apis mellifera, the western honeybee, is the very essence of a keystone insect. Research Penn State takes an in-depth look at Penn State's efforts toward understanding the complex and alarming loss of honeybees. This is part one of a three-part series. (more)
Honey bees industriously bring pollen and nectar to the hive, but along with the bounty comes a wide variety of pesticides, according to Penn State researchers. Add the outside assault to the pesticides already in the waxy structure of the hive, and bee researchers see a problem difficult to evaluate and correct. However, an innovative approach may mitigate at least some beeswax contamination. (more)
Discovering how honeybees and other social insects behave and interact with one another will be the focus of a new faculty member's research in the Department of Entomology in Penn State's College of Agricultural Sciences. Christina Grozinger, currently an assistant professor in insect genomics at North Carolina State University, will be joining the department in December, bringing with her a wealth of expertise in the field of insect genomics. Genomics is an emerging science that allows researchers to study thousands of genes (their sequence, expression, function) simultaneously. Grozinger's research focuses on genomic analysis of chemical communication in honeybees and other social insect species. Chemical communication in honeybees is important for many aspects of colony organization and necessary for having healthy and productive colonies. (more)
