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Archive for the ‘bees’ Category

Bees Can Finally Give Humanity The Superior Tomato | Bee Removal Experts

Bees Can Finally Give Humanity The Superior Tomato | Bee Removal Experts

Of course you know that bees pollinate many different plants, but which plants? Bees pollinate plants that humans have no interest in, and some bees pollinate plants that produce fruits or vegetables. However, many plants do not stand in need of pollination from bees or any other insects. In many cases, a plant relies solely on the wind to receive the necessary pollen from other plants. Tomato plants are often pollinated by the wind and nothing more. But in rare cases, tomatoes are pollinated by bees, and the results are tasty and overwhelming. Experts say that bee-pollinated tomatoes produce more, and larger tomatoes.

The flowers on tomato plants have to be vibrated in order to release the pollen necessary for fertilization. Most of the time, the wind takes care of these necessary vibrations. However, in some areas, native bees contribute to this process, causing the flowers to release much more pollen. Honeybees are not able to cause the vibration frequencies necessary to release the pollen. Also, honeybees have no interest in tomato plants since they cannot reach the nectar within the plant. However, many native bees, as well as bumblebees, are able to access the plant’s nectar, giving them an incentive to congregate among tomato plants.

Researchers at the Xerces Society recently conducted an experiment involving native bees and Sungold cherry tomatoes. It was found that native bees increased the crop production by forty five percent, relative to wind pollinated crops. And the weight of the tomatoes nearly doubled after being grown with the assistance of bee-pollination. When bees visited the tomato plants they brought pollen from other locations. These instances of cross-pollination are responsible for the larger yields. When growing tomatoes, some experts are claiming that using native bees for pollination could save more space and more money in the long run.

Do you think that using native bees to pollinate tomato crops would cause more harm than good?

 

 

 

 

Why Are Honeycombs Shaped Like Hexagons? | Bee Removal

Why Are Honeycombs Shaped Like Hexagons? | Bee Removal

This is a question we don’t often hear asked, but why? The question seems like a pretty good one since a hexagon, or six sided figure, is a pretty specific shape for bees to choose as their home and work station. And bees did, indeed, come up with the hexagon as a useful building block. Some people seem to be under the impression that the hexagonal units that you see making up honeycombs are imprinted by beekeepers. But that is certainly not the case, and not only did bees resort to hexagonal cells in order to build their honeycombs, but they also have very good reason to prefer hexagons over other shapes.

So why not a circle, a square or even a triangle? Well, as it turns out, bees are smarter than you, but they are smarter than all humans, so it’s ok. The reason that bees chose hexagons as building blocks and storage units has only recently been discovered, but the logic behind the choice was always there. Bees avoid using circles as cells within a honeycomb because circles use up too much space, and a good portion of the space would be unusable.

If you put a bundle of flat circles together, there will exist excess space in between each circular-unit that would go unused. By using shapes with straight edges, bees are able to stack units so that no excess space exists between the straight shapes.

Squares are not used because the four corners are too long to offer proper support to other squares. However, if a hexagon has shorter edges, then a honeycomb is less likely to collapse under the weight of other hexagonal units. In other words, the longer the edge, the weaker the support, and the more edges a shape has, then the more support a shape can offer weight coming from above. This is only provided that all shapes are of comparable size.

Finally there are triangles, which seem perfect for honeycomb design. Then again, triangles require a greater amount of beeswax to be built. In the bee community, beeswax is a valuable item. Only one ounce of beeswax is produced for every eight ounces of honey consumed.

So that is why bees are smarter than you. In fact, manned space missions are even utilizing this hexagonal structure for building small living quarters that are capable of housing several individuals within one small space.

Can you think of any other astounding feats of ingenuity that have been demonstrated by other insects?

How Do Bees Stay Pollen-Free? | Bee Removal Experts

How Do Bees Stay Pollen-Free? | Bee Removal Experts

Of course, honeybees pollinate plants, but how do they stay so clean when they are pollinating? Have you ever seen a bee that looked like it was anything less than completely clean? When it comes to bees, there are probably more important questions that we could be asking the experts; for example, “is the global bee population still declining?” That would be a real question, but as researchers learn more about bees, they are also learning tidbits of interesting information that is not too often shared with the public.

One recent experiment had researchers from Georgia Tech analyzing bees in order to ascertain how their bodies stay free of pollen during times when bees were pollinating plants. Apparently, the little bits of pollen fall out of the bees hair because the spacing of the bee’s follicles is spaced far enough apart to keep objects from getting stuck within their hairs.

A bee can carry loads that weigh up to thirty times its body weight. This is not because bees are super strong necessarily; rather it is the placement of their body hairs, which allow them to carry a lot of weight. Bee’s have up to three million hairs, and these hairs cover the bees’ eyes and the rest of its body. The hairs protect the bee from damage and enable them to carry heavy objects.

Researchers found out that the bee’s hair follicles was spaced far enough apart that a piece of dandelion pollen could easily fit between the follicles. Perhaps bees are designed to  keep clean since their jobs are so grueling and dirty. Whatever the case may be, researchers are still trying to learn about what it is that makes bee’s such good pollinators. Soon there may be robotic pollination that will help ease some of the burden off of the bees.

What feature on a bee’s body do you think helps the most with pollination?

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