upworthy

agriculture

Photo by Alexander Grey on Unsplash (left) and Dan Renco on Unsplash (right)

The staring is part of the competition.

A video of kids waving a narrow rod in front of a pig while hunching like Dracula and giving someone a death stare has taken the internet by storm, leaving people scratching their heads.

"What did I just watch?" seems to be the primary response to the video shared on the @dadsonfarms TikTok page, followed by various versions of "Where am I?" and "What is happening?" and "How did I end up here?"

The befuddlement is only matched by the curiosity and confused laughter that naturally result from seeing something so…unbelievable? Unexpected? Unusual? Uncanny?


How else should one describe this?

@dadsonfarms

Krew and Karis at The Revival livestock Show! #showpigs #pigshow

"This is the weirdest thing 😂😂🤣 I have so many questions!!!" wrote one person.

"Why do I feel like this is a staring competition and the pigs are just a added difficulty 🤣," wrote another.

"Yay!!! I’m back on hunchback death stare competition while also showing pigs tiktok!" exclaimed another.

"Again. What did I react to, to end me up here?" asked another.

If you've ever stepped foot in the world of 4-H or FFA (Future Farmers of America), you likely recognize there's a livestock showing competition happening here. But if you're a city slicker with no rural or agricultural ties, you may not know that "showing" animals is even a thing.

Not only it it a thing, but it's a highly competitive endeavor with specific rules and guidelines and expectations. It does help to have the showmanship requirements explained, however, and thankfully the kids' dad explained in a separate video.

The kids showcased here are Karis and Krew, twins who compete in the 13 to 16-year-old category of pig showing. The pigs are Smack Down and Greta. The reason the competitors stare so intently is to show they are paying attention to the judge and also to show how much control they have. (And according to one commenter, they get extra points for keeping eye contact with the judge the whole time.)

More questions answered here:

@dadsonfarms

@Lawrence Johnson I tried to answer all your Questions about showing Pigs 😊! #showpigs #pigshow

People have been fascinated to learn about how much goes into these exhibitions. Who knew pig showing was this intense? And with judges being flown across the country—there's an official Livestock Judges' Association and everything—this is clearly serious business.

Except when you add the music to it, it just comes off as seriously strange hilarity.

@dadsonfarms

Great night to show at western regionals #showpigs #hogshowman

So what exactly is the point of all of this?

When livestock showing began in the 1800s, the primary purpose was to improve the quality of livestock. These days, it's more about helping young people developing character qualities through programs like 4-H and FFA while learning about farm animal care and preparation for selling. They learn about responsibility, self-discipline, hard work and professionalism through these competitions.

And they clearly master making eye contact as well. You can follow @dadsonfarms on TikTok for more.

Honeybees are getting their first vaccine.

Without bees, the human race would be screwed. We rely on those little buggers to pollinate most of the crops that feed most of the world—they're a critical link in the food chain that sustains human existence.

But scientists have been worried about bee populations in recent years, as colony collapse disorder, habitat loss and various bee diseases have threatened the planet's primary pollinators. There's good news for our fuzzy, buzzy friends, however. The world's first honeybee vaccine has been approved by the U.S. Department of Agriculture to help stave off American foulbrood, a deadly disease that's spread through bacterial spores and can take down entire colonies.

So how does a bee colony get vaccinated? Are we talking 50,000 teeny-tiny syringes or what?


The process is actually quite ingenious. According to a press release from Dalan Animal Health, the vaccine, which contains dead Paenibacillus larvae bacteria, gets mixed into the queen bee's feed, which is then consumed by worker bees. Those worker bees incorporate the vaccine into the royal jelly they feed to the queen. After she eats it, the vaccine gets deposited into her ovaries, which provides immunity to the larvae she produces. Thus, all her little baby bees are born already vaccinated for American foulbrood.

Pretty nifty, eh?

The vaccine was developed by the University of Georgia’s College of Agricultural and Environmental Sciences in collaboration with biotech company Dalan Animal Health, and researchers are hopeful this breakthrough will lead to similar vaccines.

“They are taking a stab at this one because it’s such a historically important bee disease,” Keith Delaplane, CAES Department of Entomology professor and director of the UGA Bee Program, told Georgia Public Radio. “With the good results, which we anticipate based on lab work, we can expand the product line to other diseases.”

There is currently no cure for American foulbrood and, despite its name, it has become a global issue. According to Delaplane, beekeepers have been using antibiotics to fight off the disease, but the USDA is trying to cut down antibiotic use in all food-producing animals. This vaccine helps eliminate the need for them in the honeybee population.

The Guardian reports that the vaccine will first be made available to commercial beekeepers. American foulbrood has been found in up to a quarter of hives in some U.S. regions, forcing beekeepers to burn infected colonies and use antibiotics to limit the spread.

Annette Kleiser, CEO of Dalan Animal Health, pointed out that population growth and climate change make honeybee pollination all the more important to protect. “Our vaccine is a breakthrough in protecting honeybees,” she said. "We are ready to change how we care for insects, impacting food production on a global scale.”

The development and approval of this vaccine is also a good reminder that vaccine technology is always evolving and it's not just humans that benefit.

Of course, good news for honeybees is good news for humans. According to the FDA, honeybees specifically pollinate a third of the food Americans consume. We need them more than they need us, but helping them thrive is a win-win for us both.

Yay, science.

Science

People are baffled over this machine that sorts out green tomatoes in a mere second

The automated sorter technology is fascinating, as is watching it work in slow motion.

An automated green tomato sorting machine is mesmerizing in slow motion.

For thousands of years, people around the world have been honing the art of agriculture. For the vast majority of human history, people planted and harvested and sorted produce largely by hand, gradually developing tools and machines over time that would make farming more efficient.

Many crops still have to be harvested and/or sorted by hand, but thanks to a rather mind-blowing machine, tomatoes aren't one of them. A machine that harvests tomatoes saves a ton of time and labor, but as tomatoes don't all ripen at the same time, pulling up an entire tomato plant results in a good number of green ones getting into the mix.

One solution to this problem would be to have the tomatoes transported down a conveyor belt in a factory while workers spot and remove the green ones by hand. However, an automated green tomato sorter does it right in the field as the tomatoes are being harvested, and a whole lot faster than any person ever could.


How many humans would it take to separate 32 green tomatoes from red ones in a single second? Um, a lot.

We'll get to the technology of how it works in a minute, but first you have to see the sorter work in slow motion. The machine is so fast you can't even really see what it's doing until you slow it down, but when you do, the wow factor is awesome. There are occasional misses, of course, but for how fast it's going, the accuracy is remarkable—and impressive to watch.

As James Vincent put it in The Verge, "It’s sorting tomatoes, but it looks like the fingers of God flicking damned souls straight into hell." Check this out:

So many immediate questions:

What?!?

How?!?

How does it know which tomatoes are green?

How does it work so precisely and freakishly fast to flick them away?

Am I the only one with a sudden urge to play Fruit Ninja?

The Henry Ford's Innovation Nation dove into a few of those questions with Don Douglas, president of Weco, a company that builds the optical technology behind the sorter. Douglas explained that light is used to create a reflection off the tomatoes and a sensor connected to software determines which tomatoes are green using that reflection.

It's actually tech that's been used for decades, but it's obviously been perfected and optimized over the years. Watch the machine at work and hear Douglas explain how it does what it does:

It's not always better to have machines do work humans can do, and there's certainly plenty of reason to be concerned about human labor being replaced by machines. But when that labor is back-breaking and tedious, technology can be a big help. Some inventions are also such prime examples of human innovation and ingenuity, you just have to marvel at them—even if they're just sorting green tomatoes from red ones.