Click to visit the USDA's 24/7 bee watch camera.
At the ribbon cutting of the USDA Headquarters People’s Garden in April 2010 plans were already in place to install a beehive on the roof of the Whitten Building as well as a “bee-cam” so anyone anywhere could learn about bee activity. USDA’s newest ‘buzzing’ residents were welcomed on Earth Day but the bee cam was put on hold. 18 gallons of honey later, that idea has finally come to bee. You can now #USDABeeWatch 24/7 at www.usda.gov/beewatch.
So what will you see on our bee cam? This time of year, the camera – placed several feet from the entrance of the hive – shows female worker bees entering and exiting the hive gathering nectar and pollen (both collected from flowers) to convert into honey. Be on the lookout for bees carrying a load of pollen on their hind legs. As bees groom, they’ll move the pollen onto their back legs creating a pellet of pollen. A small amount of nectar is used to stick the dry pollen together. Read more »
The black dot on this honey bee is a varroa mite--a parasite that sucks vital fluids like a tick, although it also acts like a mosquito transmitting viruses and other pathogens to the bee.
This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from the USDA’s rich science and research portfolio.
You’ve probably heard that the honey bees in this country are in trouble, with about one-third of our managed colonies dying off every winter. Later this week, we will learn how the honey bees survived this winter. With severe weather in a number of areas in the U.S. this winter, a number of us concerned about bees will be closely watching the results.
While scientists continue work to identify all the factors that have lead to honey bee losses, it is clear that there are biological and environmental stresses that have created a complex challenge that will take a complex, multi-faceted approach to solve. Parasites, diseases, pesticides, narrow genetic diversity in honey bee colonies, and less access to diverse forage all play a role in colony declines. To confront this diverse mix of challenges, we require a mix of solutions – the odds are that we won’t find one magic fix to help our honey bees. Read more »
Work at USDA’s National Science Laboratories helps researchers and beekeepers better understand the effects of pesticide residue exposure on honey bees.
This post is part of the Science Tuesday feature series on the USDA blog. Check back each week as we showcase stories and news from USDA’s rich science and research portfolio.
In agriculture, buzzing can be music to our ears—especially if that buzz means pollinators are busy helping produce our fruits, nuts, vegetables and field crops. Unfortunately, the sound of my favorite pollinator, the honey bee, has grown fainter in recent years due to higher rates of over-winter colony loss. These losses were initially attributed to a condition described as Colony Collapse Disorder (CCD).
Many factors involved with CCD are not yet fully understood. Honey bee research is focused on gathering data from multiple angles to increase the understanding of overall honey bee health. Many USDA agencies and industry partners are conducting research to better understand the complexities of honey bee health and working to develop best practices to improve the honey bee population. Read more »
The Ohio River Foundation crewmembers Lydia Cook, Rose Guardino, Rose Johnson, Catherine Kagemann, Callie Schulenburg, and Brynne Taylor build a pollinator habitat. USFS Photo.
Streams will flow more freely and bees will have a new home on the Hoosier National Forest, thanks to the work of six young women from central Indiana.
The women — recent high school graduates from Bloomington High School North and South, a high school senior from Bedford, Ind., and an Indiana University student – spent three weeks in July working on ecological restoration projects in the forest.
The crew was hired by the Ohio River Foundation and funded through grants from Duke Energy-Indiana, the Sierra Nevada Brewing Co., and the National Fish and Wildlife Foundation. Read more »
This wildflower field at Dirt Works Incubator Farm, on John’s Island, in Charleston, S.C., provides important habitat for pollinator species. Photo by Nikki Seibert, Lowcountry Local First.
Eighty-five percent of all flowering plants depend on pollinators, like bees and bats, to reproduce.
But these critical pollinators are in trouble as habitat loss, disease, parasites and environmental contaminants are causing a decline of many species, including some of the more than 4,000 species of native bees in North America.
That’s why USDA’s Natural Resources Conservation Service (NRCS) in South Carolina and the Xerces Society, with the support of a Sustainable Agriculture Research and Education grant, are promoting the benefits of pollinators through hands-on workshops targeted to employees of NRCS, soil and water conservation districts, cooperative extension agents and many others involved in agricultural production. Read more »
The Cranberry Mountain Nature Center Native Plant and Pollinator Garden is located along an accessible walkway with views of the highland Scenic Highway. (U.S. Forest Service photo/Diana Stull)
With a view of majestic mountains in the background, visitors to the Cranberry Mountain Nature Center of the Monongahela National Forest find themselves immersed in a bevy of beautiful plants in bloom and fluttering monarch butterflies. Beneath the natural grandeur, a very essential ecosystem service is taking place – pollination.
In celebration of National Pollinator Week, June 17-21, 2013, the Forest Service invites you to come and visit the beautiful gems called Native Plant and Pollinator gardens currently in bloom in the Eastern Region. Read more »