One of my favorite plants began blooming this week, Lacy phacelia, Phacelia tanacetifolia, so I wanted to take a moment to tell you all about Lacy Phacelia. It has many common names including lacy scorpionweed, tansy leaf phacelia, blue tansy, purple tansy and my favorite, bee’s friend. Clusters of light blue-violet flowers that unfurl in a fiddlehead shape sit atop attractive fern-like foliage. Reaching heights of 1-3 feet and blooming for 6-8 weeks this fast-growing wildflower is an excellent addition to any garden. It also makes an excellent cut flower.
Native to the southwestern United States, this easy to grow annual does well in hot, dry conditions but easily adapts to a variety of site conditions. Lacy phacelia seeds germinate readily in 15-30 days. Sow seeds early in the spring while there is still a possibility of frost. Ideal soil temperatures for best germination are between 37-68 degrees F. Press seeds gently into the soil at a depth of ⅛-¼”.
It’s not only the lovely blue-violet flowers that make lacy phacelia one of my favorite plants. Lacy Phacelia is well known for its ability to attract bees and butterflies to an area. It is a heavy nectar producer and is listed in the top 20 pollen-producing flowers for honeybees. Having this source of high-quality nectar and pollen means you’ll be attracting many native bees, bumblebees, honey bees and butterflies to your garden. I have these flowers growing near my front porch and just this week I counted 4 different varieties of bees on the few flowers that just started blooming.
Trying growing lacy phacelia near your vegetable garden to increase your yields.
Lacy phacelia also does well in containers. These containers can then be moved to different areas of the garden that need pollination. The benefits of Lacy phacelia as a cover crop are becoming more popular. It is widely used in Europe as it aggressively outcompetes weeds and absorbs excess nitrates and calcium from the soil. But it’s most important contribution is its pollinator-attracting power.
Lacy phacelia readily self sows so removing flower heads before they set seed helps limit any unwanted volunteers. Though when you see these beautiful flowers and how many pollinators they attract to the garden you might want to let a few of these wildflowers go to seed.
Monarch Butterflies are amazing North American animals! Their iconic, colorful wings are actually warnings for potential predators. Those spots and strips are big caution signs saying: STOP; I TASTE BAD!
Every year, the Monarchs embark on one of nature’s most astonishing mass migrations. This incredible journey takes four generations and covers over 3000 miles through the United States, Mexico and Canada.
Monarch mothers will only lay their eggs on milkweed plants (genus Asclepias) and, once hatched, their caterpillars exclusively live on and eat the leaves of those same plants. They cannot survive without them.
The problem is that milkweed has gotten a bad rap over the years. Allergies and perceptions of the wildflower as a weed have caused it to be wiped out throughout large portions of North America. The prevalence of pesticides has not helped and the loss of milkweed, wildflowers, and other floral resources has devastated the monarch butterfly’s population.
It’s not without hope, though! Everyone can do their part to help. The most important thing you can do is to plant more milkweed on your property and in your community. This guide to purchasing milkweed seed will help you figure out which species of milkweed is best for you, and you can help Monarch Butterflies!
Oh, and while you’re at it, check out our Monarch Rescue Wildflower Mix. It has Butterfly Milkweed and a mix of other wildflower seeds to provide a nectar-rich place for Monarch Butterflies to fuel up and raise their young! Find it here!
The Common Milkweed is a hardy perennial with fragrant, terminal blossoms made up of tiny dusty-pink blossoms on hairy stems. This milkweed is found throughout the Great Plains and is tough enough to tolerate most soil conditions. It does well in soils that are clay, sandy or rocky calcareous (high in calcium carbonate). These conditions occur naturally along stream banks, ponds, lakes, forest margins, and roadsides. Common Milkweed grows 2′ – 6′ tall and like areas with full sun. They bloom from June through September and will germinate between 65° and 85° F.
This milkweed is also a favorite of other butterflies, native bees and hummingbirds. The seeds will grow easily and do well when planted in the fall or when cold-treated for three months prior to planting. Common Milkweed will spread both through seed normal distribution and as well as through underground shoots. Common milkweed spread readily and may need to be controlled. Common milkweed is particularly good for wetland rehabilitation and as a component in wildlife seed mixtures.
Similar to the Common Milkweed, this hardy perennial is a favorite of butterflies. This species has traditionally provided food, medicine and fiber to indigenous peoples. The clusters of star-shaped flowers will range from dark-rose to white. The plant has tall woody stems with milky sap and with alternate, oval leaves that are velvety underneath. Showy Milkweed grows 24” – 36” tall and like areas with full sun. They bloom from May through July and will germinate between 65° and 85° F.
These plants grow well in a variety of locations from prairies and open woodlands to roadsides. The seeds are very easy to grow and do well when planted in the fall or when cold-treated for three months prior to planting. Showy Milkweed will spread through seed distribution and underground shoots
Also known as Butterflyweed, this hardy perennial. Unlike their cousins, this species lacks the milky sap that gives milkweed their namesake. The clusters of flowers will range from dark orange to white on tall woody stems with smooth shiny leaves that are velvety underneath. The blooms begin in May and will last through July. These plants will grow between 12”-24” and perform well in a variety of locations; from prairies and open woodlands to roadsides.
Butterfly Milkweed is only pollinated by large insects. This trait is common among fall wildflowers, many of which depend on specific pollinators to survive. Butterfly Milkweed pollen is contained in a heavy, sticky structure called pollinium. Since these pollinium structures are so large and sticky, only larger insect pollinators can fly with them. There are several nectaries per flower and multiple flowers per bloom, which makes these flowers great pollen and nectar resources
The seeds will grow well when planted in the fall or when cold-treated for three months prior to planting in the Spring. Butterfly Milkweed will spread through seed distribution and underground shoots.
The Swamp Milkweed is widely distributed across the U.S. and Canada; from Quebec and Maine south to Florida and Texas and west to Nevada and Idaho. This species prefers neutral to slightly acidic soil, although it will tolerate a pH up to 8.0. It has high moisture requirements, and it is usually found in wet habitats such as meadows, riverbanks, pond shores, stream banks, wet woods, swamps, and marshes, although it will also grow in drier areas such as prairies, fields, and roadsides. Swamp milkweed needs full sun or partial shade to flourish.
The plant grows into a two=foot tall perennial with fragrant, terminal blossoms made up of tiny rosy-purple blossoms. This milkweed prefers average to very moist soils, will tolerate heavy clay soils and is easy to start from seed and deer resistant. Like most milkweed, Swamp Milkweed seeds are easy to grow and do well when planted in the fall or when cold-treated for three months prior to planting. Swamp Milkweed will spread through seed distribution and underground shoots.
Like the Common Milkweed, Swamp Milkweed is great for wetland rehabilitation and as a component in wildlife seed mixtures.
Bloodflower Milkweed, also known as Tropical Milkweed, is winter hardy in zones 9-11 and is easily grown from seed each year as an annual. It is great for attracting hummingbirds, butterflies and a wide variety of pollinators. Showy red-orange flowers with yellow hoods in rounded clusters grow on upright stems with medium-green, glossy, pointed leaves. Attractive foliage and flowers for beds, borders, cottage gardens, meadows and butterfly gardens. It is also a good cut flower. Dried seed pods are attractive in arrangements. Monarch Butterflies lay their eggs on the leaves and the larvae feed on the plants. Plant in rich, well-drained soil. These have a longer blooming period than most other milkweeds, ranging from June through October.
This milkweed is not native to North America and can potentially be invasive in warmer climates. If you’re one of our Southern friends, monitor your plantings and keep out of wild lands and ranches and cut the foliage to the ground in the winter to avoid luring Monarchs away from their migratory paths.
*Note that all milkweed contains cardiac glycosides, chemicals that are toxic when eaten. These chemicals, in turn, make the Monarch Butterflies toxic to any would-be predators. Avoid letting livestock and small children eat milkweed and wash any skin that comes in contact with the sap to avoid irritation.
This is the time of year when sources of honey and pollen are abundant and you can see the bees busily working in your flowerbeds.
It’s fun just to stand to the side and watch a beehive at this time of year as the bees fly in with full pollen bags and others leave to forage. The bees are not very defensive at this time of year but after the solstice, they start being more protective of honey stores. It’s an easy time for the colony and the beekeeper to enjoy the break from worrying about the colony having enough to eat. Inspections still must continue for the honeybee health, to be sure that everything is going well with the colony.
The first thing the beekeeper checks for when opening to the colony is the presence of eggs, larvae, newly born bees (these are called nurse bees and their first task is to foster newly hatching bees), stores of pollen and honey and room for the Queen to lay more eggs. If there is no room there are several options, including splitting the hive and leaving the Queen in one hive while allowing the new colony to raise another queen or installing a new queen. Another option is to shift frames around a bit so that there are some empty frames closer to the brood nest. The beekeeper also checks the “pattern”, or density of the capped brood. A good queen will lay in a dense pattern with very few empty cells. “Spotty brood” could indicate a problem varying from a young queen trying to get the hang of brood laying to an older queen in decline.
Another important task is to try and locate the queen. This can be tricky in large colonies of two deep boxes because the queen likes to run away and hide from the light into a deeper part of the colony. She can also be difficult to locate on a frame filled with hundreds of worker bees and drones. Here is a photo
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Engrid Winslowhttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngEngrid Winslow2019-06-20 05:00:582021-03-17 18:29:06June Happenings in the Honeybee Hive
In order to produce 1 pound of honey, bees will visit approximately 2 million flowers. An average hive of bees must fly 55,000 miles to produce a pound of honey. One bee colony can produce 40 to 100 pounds of honey per year. The average foraging bee makes about 1/12 teaspoon of honey in its lifetime.
When you consider these facts, it is truly a miracle that honey is so well-known and widely used. The very first origins of keeping bees and honey is not known but there are drawings from early Egypt depicting the practice. Honey was called “The Tears of Re” (Re, also referred to as Ra, was the Egyptian Sun God).
Honey bee colonies tended by a beekeeper often produce more honey than they need to survive during the cold winter months when there are no blooms. A responsible beekeeper harvests only the extra which is produced in a “honey super”. These are smaller boxes on top of the two brood boxes separated from the hive by a “Queen Excluder”. No brood is raised there and the bees fill it up with excess honey.
Buyer beware if you are purchasing honey in large jugs at a steeply discounted price. Imported honey is often only a small percentage of honey and a large portion of it is actually sugar syrup. Buy from a local beekeeper, if at all possible. If you don’t know one, check out Farmer’s Markets, fruit stands, small locally owned grocery stores or cheese shops. You can also look for a local beekeepers association and contact them.
Always purchase unrefined honey which has not been heated over 100 degrees and is filtered through a fine-mesh strainer. All honey will crystallize over time, some much sooner than others. How you treat the crystalized honey is up to you, but to retain the beneficial properties, warming the container in hot water is the best way to go. Creamed honey is honey that has been pre-crystalized using a starter with controlled, very-fine crystals. Most beekeepers who produce honey to sell are familiar with how to produce creamed honey.
Honey has been used for centuries as a throat-soother for coughs and colds and to treat topical injuries, particularly burns and scrapes. It has also been used to treat animals suffering from “road rash” and in patients with foot problems caused by diabetes or those who suffer from ulcers. There is also strong evidence that honey taken at bedtime regulates blood sugar and causes more restful sleep.
Many believe (yours truly included), although there is no medical evidence, that a spoonful of unrefined honey daily will cure, or at least minimize seasonal allergy symptoms. The more local the honey is, the better because the honey contains small amounts of pollen from your particular area. Honey from Boston may not be as beneficial for someone who lives in Los Angeles.
Bees generally forage in a 2-mile radius but may go up to 5 miles to reach pollen and nectar sources. You can help your local honeybee population by not using pesticides and by planting flowers for pollinators such as our Honey Source or Bee Rescue mixes.
Most honey produced by a local beekeeper will be wildflower honey, meaning a mixture of whatever is in bloom. Varietal honeys such as orange blossom or lavender require that many acres of those crops must be grown near the beehives and the honey supers pulled off the hives when the bloom season is over.
It is a lot of fun to try purchasing honey of varietal kinds of honey and notice their smells and flavors. The honey from my hives tastes different every year but is always delicious. Last year I noticed an apple flavor in it which makes sense because I live in an area with many apple and crabapples nearby.
Honey bees are not native to the United States but were imported in the 1600s by colonists from Europe. Already here when honey bees arrived were 50 species of bumblebees and over 4,400 species of native bees. Bumblebees are especially efficient at buzz pollination. (Check out this blog for more information on bumblebees: www.bbbseed.com/its-bumblebee-bonanza-time). Native bees specialize in pollinating native species of plants – including food – while honey bees are best described as generalists. . Native bees do not have pollen bags on their legs but are often covered with a lot of bushy hairs on their bodies which gather and distribute pollen in the most excellent way. Also, native bees (bumblebees are the exception) live only about 6 weeks and their lives coincide with the bloom time of certain plants that they are specialists in pollinating. They are extremely docile and non-aggressive with some of them having a stinger that doesn’t even penetrate the skin. Their sting also contains a different type of toxin which will not cause anaphylaxis in people who are allergic to honey bee stings.
Alkali bees are essential for pollinating alfalfa. Alfalfa is a member of the pea family and the flowers have a lower lip which will snap closed and whack honeybees on the butt but Alkali bees have figured out how to get in and out of the flowers quickly and efficiently. Sunflower bees hatch late in the season to coincide with the bloom of sunflowers as do Long Horned bees which love asters as well as sunflowers. Mason bees are also commonly referred to as ‘orchard bees’ because they are so good at pollinating apples and stone fruits such as cherries. Sunflower bees hatch late in the season to coincide with the bloom of sunflowers as do Long Horned bees which love asters as well as sunflowers. The tiny Mining bees which nest in bare spots in lawns are the first to wake up and pollinate maples and willows which bloom in spring.
How do you know if a plant is a native? Well, if it’s a color (like bluish hybrid tea roses) or shape (lots of petals on the rose) that is unusual it is most likely a hybrid. Look for old-thyme classics like native roses (rosa woodsii or rosa glaucahttps://en.wikipedia.org/wiki/Rosa_woodsii) to support the natives in your garden.
Also remember to plant such natives as liatris, asters, sunflowers, penstemons, rabbitbrush and native bee plant. Anything with tubular flowers is always a good choice for the native bees and many of them bloom in should seasons when nothing else is available.
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Mike Wadehttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngMike Wade2019-03-27 10:38:482021-03-17 18:44:06Why Are Native Plants Important?
Beginning in March, as the days lengthen and temperatures begin to warm (at least some of the time!) the bees are starting to raise brood again. April means the delivery of packages and nucs and towards the end of the month established overwintered honeybee hive begins to think of swarming. This is a very busy time for beekeepers and bees. With the vagaries of winter, some early pollen sources may not materialize and all good stewards of the bees will put sugar water and pollen patties in their hives. Pollen is critical in raising healthy brood and March is the time when the colonies are running out of the nectar and pollen they stored in the fall for surviving all winter. Losing a honeybee hive in the early spring can be caused by starvation although all factors such as mite loads, insecticidal poisoning and other issues should also be considered and evaluated.
As spring creeps ever closer, the most abundant sources of pollen and nectar are available during this time. Brood rearing continues in earnest and beekeepers must watch carefully for signs of swarming. Many beekeepers are eager to add to their hives by capturing swarms and add their names to lists with local and state beekeepers associations. (The swarm hotline number in Colorado if you spot a swarm is 1-844-spy- bees, 1-844-779-2337). Classic signs of swarming include large numbers of bees “bearding” or gathering on the outside of the hive. It’s getting crowded in the hive.
Image by Franz Schmid from Pixabay
Inside a honeybee hive that is beginning to swarm a new Queen is being raised. Queen larvae form in a peanut-shaped cell that is much larger than the cell used to raise worker bees and drones. They are usually on the bottom or sticking off the side of a frame. Once the Queen cells form, the bees are already committed to swarming and half of the colony (mostly newly hatched workers who can help the most with producing wax for the honeycomb at the new location) will leave with the older Queen. The new queen is left behind but must leave the hive to fly into the “drone zone” for mating, return to the hive and begin laying eggs. Beekeepers can prevent swarming by “splitting” their hives. This involves removing a few frames with capped brood and plenty of “nurse bees” to take care of the newly hatched brood into a new hive body. Some of the honey stores and pollen should also be placed in the new hive. Some beekeepers move a capped queen cell with a larva inside to the new hive and others purchase a mated queen from a beekeeper in the queen-rearing business.
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Mike Wadehttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngMike Wade2019-03-20 14:00:032021-02-04 13:07:23April Happenings in the Honeybee Hive
Bumblebees pollinate many of our food crops and garden flowers which means the conservation of the species is vital to our ecology. Some species of Bumblebees are true American natives and are most commonly found in northern climates and higher elevations. Nearly all of the estimated 250 species live in the Northern Hemisphere although there are a few species that pollinate flowers in tropical rainforests in warmer climates. They are social insects that form colonies of around 50 bees with one Queen although only the Queen survives the winter. They commonly build their nest in the ground or in crevices of rocks and are quite good at hiding their entrance.
They are capable of flying (and pollinating) at cooler temperatures and lower light conditions than other bees which makes them important pollinators for plants growing in higher elevations and colder climates that are beyond the reach of other bees. Their plump, fuzzy bodies are a welcome sight that spring is on its way at last. It’s usually the super-sized Queen out and about in early spring as she starts to build a nest and raise brood.
Bumblebees are peaceful insects and will only sting when they feel cornered or when their hive is disturbed. When a bumblebee stings, it injects a venom but unlike a honeybee sting, the bumblebee sting has no barbs. This means that a bumblebee can pull back its sting without the sting detaching from its abdomen and can sting several times. Only female bumblebees (queens and workers) have a sting; male bumblebees (drones) do not. Justin O. Schmidt, author of The Sting of the Wild and the creator of The Schmidt Pain Index rates a bumblebee’s sting at a 2 on the index which starts at 0 and ends at 4. https://en.wikipedia.org/wiki/Schmidt_sting_pain_index.com.
Here at BBB, we specialize in pollinator mixes and our newest one is designed with bumblebee conservation in mind. It is our mission to help you provide nectar and pollen because “the more flowers a garden can offer throughout the year, the greater the number of bees and other pollinating insects it will attract and support.”
Bumblebees are unique because their long tongues can reach the nectar in flowers that other bees avoid, such as penstemons, lupines, larkspur and snapdragons. They collect large amounts of pollen because they have so many hairs covering their little bodies and thrive on daisy-type flowers such as Zinnias, wallflower, cosmos and coneflower. There is a wealth of information available about bumblebees and what you can do to help them. Some of our favorites are firstname.lastname@example.org and https://xerces.org/bumblebees/.
Remember that the use of synthetic insecticides, particularly the ones that contain neonicotinoids are harmful to all bees. Please avoid using them in your garden, lawns and talk to your neighbors and friends about the perils of using these chemicals. Neonicotinoids are sold under many different names such as:
Let’s all do our part for bumblebee conservation!
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Engrid Winslowhttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngEngrid Winslow2019-02-01 09:10:472021-02-08 13:34:58IT’S BUMBLEBEE BONANZA TIME
Those pesky critters that buzz by, causing us to dance and flap our arms when we are outside, are far more than a mere annoyance. We don’t give these tiny powerhouses the credit they are due.
Native pollinators such as bees, butterflies, flies, moths, beetles, and bats are essential for human survival but their populations are in a serious decline. Our fuel, food, drugs, and fiber are directly and indirectly taken from plants that depend on pollinators for their existence. Some have estimated that one out of every three to four mouthfuls of food we eat results from the actions of pollinators. Pollinated crops contribute an estimated $20 billion to our economy each year. Native pollinators control the healthy function of our natural ecosystem. The documented decline of native pollinators, as well as that of the introduced European honeybee, concerns the scientific community. This decline results from the fragmentation and destruction of native habitats which has reduced the food sources for many native pollinators. The traditional corridors of nectar- and pollen-rich plant sources have been destroyed by development and changes in land use. Isolated habitats are further degraded by non-native and invasive species. Misuse of pesticides and the introduction of non-native pollinators have contributed to the extinction of many of our native species.
The bright side of this issue is that we can help our native essential pollinator populations by choosing to plant nectar- and pollen-rich vegetation species that are native to a specific area that will provide nutrition and cover. Remember to include plants that provide food for the larval stage and also to provide a water source. The flowering plants that are native to your area have co-evolved along with their pollinators to provide the perfect combination of petal shapes, fragrances, and colors for their mutual benefit. Make sure to plant a variety of native plant species of mostly perennials to ensure an appropriate and dependable supply of nectar and pollen for the bees, butterflies, and other pollinators throughout the spring, summer and fall. Select nectar-rich species with clusters of brightly colored tubular florets and plant them in groupings rather than as individual plants. Avoid cultivars of plants grown mainly to produce larger flowers as these often do not have the pollen or nectar that the pollinators require. Bees are attracted to purple, blue, and yellow flowers and hummingbirds prefer red and orange flowers. Try to include night-blooming varieties to attract bats and nocturnal moths. Use pesticides sparingly or not at all. Have patience, most perennials will take one or two seasons, with good care, to bloom. Read more here>https://bbbseed.com/pollinators/about-pollinators/
Thoughtful plantings, whether in pots and containers or backyard gardens and a conservative, integrated pest management system, can create and establish a stable ecosystem that is pollinator-friendly.
A Queen Bee begins her life in a vaguely peanut-shaped cell that is larger than the one a worker bee or drone comes to life in. It takes three days for the egg to hatch and no matter what type of bee is being raised, it will be fed royal jelly for the first three days. If the larva is intended to become a queen, the royal jelly feedings will continue for three more days when the cell is capped and the larva pupates. The entire cycle lasts for 16 days. Once the queen emerges she needs another week to continue to develop before she leaves the hive on her nuptial flight. Drone bees hang out in an area above treeline where she will mate with about 10 to 20 different drones. She returns to her hive and begins her mission in life – laying up to 20,000 eggs per day. She will never leave the hive (unless it swarms) and will spend her life in the dark being fed and tended to by her daughters. There can be no colony without her.
The beekeeper can recognize the queen bee because her body is longer, reaching past the length of her wings and legs, and she has a pointed abdomen. Since she is built for egg-laying, she has no pollen sacs on her legs and her tongue is short. She also has no glands to produce wax and takes no part in building combs. The color of the Queen bee can vary from deep gold to reddish-brown and even a brown so deep it looks black. Color has no bearing on whether the Queen is a good one.
A good queen bee is one that lays a lot of eggs in a very tight pattern referred to as “the brood pattern”. The queen works her way in a circular pattern around the comb in ever-wider circles. When checking on the hive the pattern should be densely covered with eggs, larvae and capped brood. This is repeated throughout the hive and it is up to the beekeeper to make sure that there is always plenty of room for the queen to continuously lay eggs. Lake of space for her to continue her mission is one of the chief reasons for swarming.
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Mike Wadehttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngMike Wade2018-11-16 12:40:342021-02-09 11:15:32The Secret Life of a Queen Bee
This part 2 of a series on what happens in the honeybee hive in winter, what beekeepers do to manage their beehives and how you can also help to sustain honeybees and other pollinators.
Winter in a hive of honey bees is tough. Honey bees are the only bees who overwinter as a colony (more about the lifecycle of bumblebees and native bees will follow in later articles) which makes them much more vulnerable to the vagaries of winter weather. Here’s what is happening in the hive as fall changes into early winter.
Honey bees are amazingly resourceful at helping to winter-proofing their hives. They use a special substance called propyls to seal up all the cracks and crannies that could let in wind and moisture during the cold rainy months. Whenever the beekeeper checks on the hives (temperatures must be above 50 degrees and sunny) the bees do an admirable job of sealing everything back up again.
Honeybees are not warm-blooded and depend on clustering in order to combat the winter temperatures. The worker bees who are left in the honeybee hive in winter after the drones (male bees) have been evicted are all daughters of the Queen Bee and are devoted to protecting her and whatever small amounts of brood remain in the hive. As winter settles in, days darken and temperatures really drop, the Queen lays fewer and fewer eggs until stopping completely. The remaining cluster of bees is made of those who hatched late in the fall and these few daughters center around the Queen. They rotate from the center, where the Queen is protected from the elements to the outside of the bee cluster. They create warmth in the cluster by unhinging their wings at the shoulder muscle and vibrating them (also referred to as “shivering”). No foraging takes place (well, after all, what flowers are blooming in the winter anyway?) and the hive is dependent on the stores of honey and pollen that has been stored from the summer. The bees on the outside of the cluster are usually able to feed off the pollen and honey which is stored on the outside of the frame around the brood. When temperatures are warm enough the bees will venture out for “cleansing flights” – yes, that’s a delicate name for what they need to do! But otherwise, they are “socked in” for the winter months.
Beekeepers will continue to supplement food for their hives, depending on temperatures, as they hope and pray the bees will survive to expand their colonies next spring and summer. Check out this youtube video to hear the amazing sound created by the bees in this winter hive.
https://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.png00Mike Wadehttps://bbbseed.com/wp-content/uploads/2023/11/BBB-Seed-logo-with-tagline-2023.pngMike Wade2018-10-12 05:00:572021-02-09 13:51:39What’s Happening in the Honeybee Hive as Winter Starts to Close In
Click on the different category headings to find out more. You can also change some of your preferences. Note that blocking some types of cookies may impact your experience on our websites and the services we are able to offer.
Essential Website Cookies
These cookies are strictly necessary to provide you with services available through our website and to use some of its features.
We provide you with a list of stored cookies on your computer in our domain so you can check what we stored. Due to security reasons we are not able to show or modify cookies from other domains. You can check these in your browser security settings.
Google Analytics Cookies
These cookies collect information that is used either in aggregate form to help us understand how our website is being used or how effective our marketing campaigns are, or to help us customize our website and application for you in order to enhance your experience.
If you do not want that we track your visit to our site you can disable tracking in your browser here:
Other external services
We also use different external services like Google Webfonts, Google Maps, and external Video providers. Since these providers may collect personal data like your IP address we allow you to block them here. Please be aware that this might heavily reduce the functionality and appearance of our site. Changes will take effect once you reload the page.
Google Webfont Settings:
Google Map Settings:
Google reCaptcha Settings:
Vimeo and Youtube video embeds:
The following cookies are also needed - You can choose if you want to allow them: