Posts Tagged: bees
You'll not only see honey bees in a bee observation hive, but specimens of bumble bees, cuckoo bees, carpenter bees, long-horned bees, squash bees, plasterer bees, mining bees, leafcutter bees, wool carder bees and sweat bees.
The exhibit is in the Southard Floriculture Building on the May Fair grounds, located at 655 S. First St., Dixon.
Participating are the Harry H. Laidlaw Jr. Honey Bee Research Facility and the Bohart Museum of Entomology, both part of the UC Davis Department of Entomology; and the newly formed UC Davis Honey and Pollination Center, headquartered at the Robert Mondavi Institute for Wine and Food Science.
Beekeeper Brian Fishback of Wilton, owner of BD Ranch and Apiary and a volunteer at the Laidlaw facility for several years, is providing the bee observation hive, a glassed-in box that enables viewers to observe the activity that goes on inside a bee hive.
Fishback, a past president of the Sacramento Area Beekeepers' Association and member of the California State Beekeepers' Association, is an educator as well as a beekeeper. He speaks about bees at schools, organizations and festivals. His daughter, Emily, 2, accompanies him on many of his talks.
“Emily loves bees,” said Fishback, who keeps 125 hives on his property in Wilton. She knows that a bee has six legs, four wings and five eyes, and that each bee has three body parts: the head, thorax and abdomen. She knows that a honey bee eats pollen and nectar, pollinates flowers and makes honey.”
UC Davis graduate students, including squash bee expert Katharina Ullmann and area beekeepers (among them Jesse Loren of Winters and Lindsay Weaver of Sacramento) will be available during part of the fair (weekend) to share their experiences with fairgoers.
Children attending the Dixon May Fair on Mother's Day, Sunday, May 12 can make a "Honey Bee on a Stick," an arts and crafts project that doubles as a hand-held fan and puppet. Executive director Amina Harris of the Honey and Pollination Center, an area beekeeper and a former school teacher, will help the children create the take-home art. The free activity is from from 1 to 3 p.m. in the Southard Floriculture Building. Harris crafts the bee art using a yellow paper plate, duct tape, googly eyes, a stick, and pipe cleaners (for antennae).
The Dixon May Fair's floriculture building, staffed by superintendent Kathy Hicks of Dixon, includes stunning garden displays and a myriad of plants and cut flowers. It is open from 4 to 10 p.m. on Thursday, and from 10 a.m. to 10 p.m., Friday, Saturday and Sunday.
Beekeeper Brian Fishback shows his daughter, Emily, his bee observation hive. (Photo by Kathy Keatley Garvey)
Sunflowers, native to the Americas, are spectacular, especially when you encounter a field of them. If you look closely, you'll see honey bees, sunflower bees and bumble bees working the flowers.
It's pollination at work.
To encourage backyard gardeners to grow sunflowers and collect data about the bees that visit them, the Great Sunflower Project provides free seeds and educational information.
You can obtain the Lemon Queen sunflower seeds from the Great Sunflower Project, from a local nursery or from a seed catalog.
Associate professor and biologist Gretchen LeBuhn of the University of California, Santa Barbara, started the project in 2008 as a way to get citizens interested in bee pollination.
"In 2008, we started this project as a way to gather information about our urban, suburban and rural bee populations," writes LeBuhn, considered "the queen bee" of the Great Sunflower Project. "We wanted to enlist people all over the U.S. and Canada to observe their bees and be citizen scientists. We asked them to plant sunflowers in their gardens so we could standardize study of bee activity and provide more resources for bees. Sunflowers are relatively easy to grow and are wildly attactive to bees."
Since 2008, the Great Sunflower Project has expanded its list of plants studied to include bee balm, cosmos, rosemary, coreopsis (tickseed), and purple coneflower.
"It’s time to turn off your television, take off those earphones, shut down that computer, go outside, and rediscover the wonder of nature," LeBuhn says.
That's one small step toward improving bee habitat--and human habitat, too.
A sure sign of spring: trucks loaded with bee hives heading out to the almond orchards.
Yes, almond pollination season is almost here.
California has approximately 700,000 acres of almonds, and each acre requires two hives for pollination.
Since California doesn't have that many bee colonies, beekeepers from all over the country, some from as far away as Florida, are trucking in their bees.
A scene today in the Meadowview neighborhood, Sacramento: a truck loaded with hives and towing a forklift. The forklift? Quite necessary for easy movement and placement of the hives in the soggy orchards.
The almond pollination season begins around Feb. 10 and continues until approximately March 10. This encompasses the early, mid- and late varieties of almonds.
When asked today about the status of colony collapse disorder (CCD), Extension apiculturist Eric Mussen of the UC Davis Department of Entomology, told us: "The colonies being delivered to the orchards currently should be in pretty good shape but CCD still is depleting those numbers in many commercial beekeeping operations in California and across the country."Let's keep our fingers crossed.
No, the bees and butterflies.Professor Daniel Papaj of the Department of Ecology and Evolutionary Biology, University of Arizona, Tucson, will speak on "Ecological and Evolutionary Perspectives on Learning in Bees and Butterflies" at the next UC Davis Department of Entomology noonhour seminar.
The seminar is set for 12:10 to 1 p.m., Wednesday, Feb. 3 in 122 Briggs Hall, Kleiber Drive. Papaj's talk will be Webcast; listen live.
This is the fifth in a series of winter seminars coordinated by graduate student Ian Pearse of the Rick Karban lab. Graduate students James Harwood and Amy Morice of the James Carey lab are Webcasting the seminars.
According to Papaj's Web site, his laboratory studies the "reproductive dynamics of insects in the context of coevolved interactions. We are particularly interested in how the flexibility of an animal's behavior or physiology permits it to maintain high performance in variable environments. Plant-insect interactions are our primary focus, including mainly plant-herbivore and plant-pollinator interactions. Host-parasite, predator-prey, intrasexual and intersexual interactions are considered as well. Within this species interaction context, research topics addressed in our laboratory are diverse, as reflected in a list of keywords that describe recent work."
This look into the fascinating world of insects should draw a capacity crowd.
Papaj's talk will be archived for future viewing. Just access this page to view all the UC Davis Department of Entomology lectures Webcast since February 2009./span>
Westen Tiger Swallowtail
Plain as day. And they’re not going away.
The estimated ratio of insects to humans is 200 million to one, say Iowa State University entomologists Larry Pedigo and Marlin Rice in their newly published (sixth edition) textbook, Entomology and Pest Management. Rice is the 2009 president of the Entomological Society of America.
Rice is the 2009 president of the Entomological Society of America.
There's an average of 400 million insects per acre of land, they say.
“The fact is, today’s human population is adrift in a sea of insects,” they write in their introduction.
Well, what about biomass? Surely we outweigh these critters?
No, we don't. The
There you go. The insects are the land owners; we are the tenants. “They are the chief consumers of plants; they are the major predators of plant eaters; they play a major role in decay of organic matter; and they serve as food for other kinds of animals,” Pedigo and Rice write.
Insects represent the good, the bad and the ugly.
Insects represent the good, the bad and the ugly.
The good: they give us honey and pollinate our crops. They spin our silk. They serve as natural enemies of pests. They provide food for wildlife (not to mention food for some of us humans). They are scavengers. They provide us with ideas for our art work. They are fodder for our horror movies.
And what scientist hasn't benefitted from the inheritance studies of the fruit fly, Drosophila melanogasta? What ecologist hasn't studied water pollution by examining the mayfly population? Mayflies are the counterpart of canaries in the coal mine.
The bad: they eat our food crops, forests and ornamental plants. They devour or spoil our stored grain. They chew holes in our clothing. They pester us. They annoy our animals, too.
The ugly: They can—and do—kill us. Think mosquitoes. Think malaria,
But wait, there's more! Many more. Scientists have described more than 900,000 species of insects but there could be seven times as many out there, the authors point out.
Ironically, despite the huge numbers of insects, many people don't know the meaning of the word, entomology, the science of insects. They should. Insects outnumber us and always will. They've lived on the earth longer than us (400 million years) and adapt to changes better than we do. Most are tiny. Most can fly. And most reproduce like there's no tomorrow.
"Based solely on numbers and biomass, insects are the most successful animals on earth," the authors claim.
You can't argue with that.