So concludes bee day!

What DST posted on bee day

Not a bad bee day, was it? I hope you enjoyed it. And hello to the new followers! I’m not always so prolific, but when I am, it’s because of bees.

DST After Dark: Slutty queens do it for the greater good

From PLoS ONE: highly promiscuous honey bee queens have healthier hives.

Colonies with genetically diverse populations of workers, a result of the highly promiscuous mating behavior of queens, benefited from greater microbial diversity, reduced pathogen loads, and increased abundance of putatively helpful bacteria, particularly species from the potentially probiotic genus Bifidobacterium.

[Image Source]

More about honey

  1. Its also apparently deadly to newborns

Yep! Honey can cause infant botulism, which is why the bottles always say “do not feed to children younger than 2 years.”

Honey contains Clostridium botulinum spores, which won’t harm individuals who have a matured digestive system. In an infant digestive tract, however, the bacteria will multiply and produce the botulism toxin, which begins affecting the baby’s nervous system and ability to move.

Also it is apparently a little thicker than baby throats can work with and presents a choking hazard, go fig.

Bomb Sniffing Bees

The Defense Advanced Research Laboratory (DARPA) has been training bees to sniff out explosives the same way dogs do. They can even be trained the same way dogs are – associating a stimulus with a reward. Bees learn that after exposure to the trace molecules coming off explosives, they’ll be treated with sugar water. Since they expect it, the next time they detect these molecules, they’ll start sticking out their tongue in anticipation.
So how do you know a bee has detected a bomb? Easy, they swarm around and stick out their proboscis, waiting for their sweet treat. Special monitoring equipment keeps track of the bees and can pick up on the motion of their proboscis wiggling.

(I add that the bees are not hurt while being trained or in the line of duty - and the line of duty is short, even by bee-terms. The bees work for two days, max, before they can retire and return to relaxing colony life.)

dailyfossil:

Melittosphex 

When: Cretaceous (~100 million years ago) 

Where: Myanmar

What: Melittosphex is a fossil bee. It is the oldest bee fossil ever found, and this tiny tiny (only 3 millimeters long!) specimen, beautifully preserved in amber, can tell us much about the evolution of this amazing group of social insects. The closest relatives to living bees are the wasps, and some wasps are more closely related to bees than they are to other groups of wasps. The crabronid wasps (the digger-wasps) are the wasps most closely related to bees. These wasps are solitary and while the adults feed on nectar, the young larva feed on a spider or insect that mom-wasp procures for them. 

Melittosphex is assuredly more closely related to  bees than any wasp, with a great deal of anatomical features found only in bees today, such as the morphology of its hindlimbs and the presence of intricately branching hairs on body. Melittosphex also has features reminiscent of its wasp ancestry that are not seen in any living bee species today; specific spurs on its middle pair of legs and a very slender rear most ‘foot’. This combination of features shows that Melittosphex is an excellent example of a transitional fossil, falling between the crabronid wasps and all living species of bees. 

Knowledge of Melittosphex and its kin is critically important for determining how the solitary carnivorous (as larva) wasps gave rise to the eusocial herbivorous bees. But that is not all! These ancient bees also help inform us to how the modern plant biota was established. Today’s flora is dominated by angiosperms - the flowering plants, but this is a relatively recent state of things. The earliest known fossils of angiosperms date to only the Jurassic period, and it is not until the early Cretaceous that body fossils are known. It is at about 100 million years ago that the great angiosperm radiation can be seen, and shortly after this the flowering plants begin to dominate. The one specimen of Melittosphex known preserves minute pollen grains between the branching hairs on its body, showing that even 100 million years ago bees were involved in pollination of these flowing plants. It has long been thought that bees and angiosperms evolved in tandem, that each group depends on the other for its success, and little Melittosphex offers more support for this view. 

Some facts about honey

  • 10 lbs of nectar = 1 lb of honey
  • 2 million flowers = 1 lb of honey
  • Honey does not actually spoil
  • A single bee produces 1/12th of a teaspoon of honey her entire life.
  • Honey has an acidic pH, which means it can actually prevent the growth of several types of bacteria.
  • Listen to your abuela: a Penn State study actually demonstrated that 2 teaspoons of honey at bedtime can be as effective as certain over-the-counter cough suppressants. 
  • Honey mead is delicious. It’s also the origin of the phrase ‘honeymoon,’ where newlyweds drank mead every day their first month of marriage.

BEES IN SPACE

In the 80s, NASA sent some bees up into space. They did pretty well…but there was this one thing.

No bee went to the restroom.

Bees are obsessive about keeping their hive clean. Since they couldn’t leave the hive to do what needed doing, they…well, they held it in.

For seven days.

That hive was, as one astronaut put it, “neat as a pin.”

Honey bees use resin to ward off fungal infections

(From PLoS ONE) : After infection with a fungal parasite, bees use propolis (a sticky substance made of several resins) to self-medicate and to protect their hives against future infection. They also seek out the resin when their larvae are infected, demonstrating once more that bees are concerned with the health of their entire colony, not just with themselves.

HAPPY BEE DAY.

DailyScienceThing declares today to be BEE DAY. Our posts will be BEE THEMED all day today, making for a nice apicultural exchange. :3

From PLoS One: Hot Defensive Bee Ball

Japanese honey bees surround a hornet [on a lead, no less] with a ball of frenzied, angrily buzzing bees that actually cooks the predator to death.

So, uh, yeah. Bees.