7 Reasons Why You Should Let Your Kid Get Bored This Summer

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No matter how excited kids are for summer break, after a few weeks without school, they can start to feel a little bored. But as a parent, you shouldn't drive yourself crazy scheduling playdates, lessons, and other organized activities for your restless progeny. Instead, turn off the iPad, put down the camp brochure, and let them sit around the house moaning “I'm bored”—it can be good for them.

1. BOREDOM PROMOTES CREATIVITY ...

Research suggests the experience of boredom can lead to greater creativity because it allows minds to wander. In one 2014 study, researchers asked a group of participants to undertake boring activities like copying down telephone numbers from a directory. Then, they were tested for creativity—they had to come up with as many uses for a pair of foam cups as they could think of. The participants who had endured the boring tasks ended up thinking up more uses for the cups than those who hadn't. Boredom, the researchers wrote, "can sometimes be a force for good."

This isn't an entirely new idea. Another study conducted in Canada in the 1980s provides further evidence that boredom isn't always a bad thing: It found that kids who lived in towns with no televisions scored higher on imagination-related tests than kids who had TVs. Imagine what disconnecting from all of the screens available now could do for a kid's creativity.

2. ... AND MAKES THEM MORE INDEPENDENT.

Boredom can force kids to generate their own ideas about what they'd like to do—and what's feasible—then direct their own activities independently. "If parents spend all their time filling up their child's spare time, then the child's never going to learn to do this for themselves," Lyn Fry, a child psychologist, told Quartz in 2016. "Being bored is a way to make children self-reliant."

3. BOREDOM FOSTERS PROBLEM SOLVING.

In The Boredom Solution: Understanding and Dealing with Boredom, teacher and author Linda Deal advises that it's important to let kids learn to deal with their boredom themselves because it helps them learn to make decisions about how to use their free time. They need to learn to "see the problem of boredom as one within their control," she writes, which can help them come up with constructive ways to solve it rather than simply getting hopeless or angry about it, as kids sometimes do in situations they don't have control over. Kids learn that boredom isn't an insurmountable obstacle.

4. IT MOTIVATES THEM TO SEEK NEW EXPERIENCES.

In a 2012 study published in Perspectives on Psychological Science, researchers sought to define what, exactly, boredom is. "At the heart of it is our desire to engage with the world or some other mental activity, and that takes attention," co-author Mark Fenske, an associate professor at the University of Guelph, explained at the time. "When we cannot do this—that seems to be what leads to frustration and the aversive state we call 'boredom.'" When kids (and adults) are bored, especially with activities that were once engaging, they're motivated to try new things.

5. BOREDOM CAN HELP THEM MAKE FRIENDS ...

According to a pair of psychologists from Texas A&M University, boredom might have a social role. They argue that it "expresses to others that a person is seeking change and stimulation, potentially prompting others to respond by assisting in this pursuit." Being bored can push kids to go out and be more social, and have fun through activities. When there's not much to do, hanging out with the new kid down the block (or even your little brother) suddenly seems a lot more appealing.

6. ... AND FIGURE OUT THEIR INTERESTS.

Both at school and at home, kids are often required to participate in a range of activities. Having the time and space to do nothing can help kids figure out what they actually like to do. "Children need to sit in their own boredom for the world to become quiet enough that they can hear themselves," psychologist Vanessa Lapointe writes at the Huffington Post. This downtime allows kids to direct their own activities without adult input. Pressed to come up with their own entertainment, they might discover a love of writing plays, baking cookies, biking, crafting, or perfecting their jump shot.

7. IT CAN HELP THEM FIND MEANING IN THEIR LIVES.

According to one 2011 study, boredom forced people to reflect on meaning in their lives, prompting them to seek out meaningful activities like donating blood. While the study only examined adults, who may be more inclined to search for purpose, boredom can nonetheless push kids to undertake activities they might otherwise find unappealing—whether that means helping out with the dishes or agreeing to go volunteer for the day—or could even inspire them to make the world a better place.

Some Fish Eggs Can Hatch After Being Pooped Out by Swans

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iStock/olaser

A question that’s often baffled scientists is how certain species of fish can sometimes appear—and even proliferate—in isolated bodies of water not previously known to harbor them. A new study has demonstrated that the most unlikely explanation might actually be correct: It’s possible they fell from the sky.

Specifically, from the rear end of a swan.

A study in the journal Ecology by researchers at the Unisinos University in Brazil found that killifish eggs can, in rare cases, survive being swallowed by swans, enduring a journey through their digestive tracts before being excreted out. This kind of fecal public transportation system explains how killifish can pop up in ponds, flood waters, and other water bodies that would seem an unlikely place for species to suddenly appear.

After discovering that some plants could survive being ingested and then flourish in swan poop, researchers took notice of a killifish egg present in a frozen fecal sample. They set about mixing two species of killifish eggs into the food supply of coscoroba swans living in a zoo. After waiting a day, they collected the poop and dug in looking for the eggs.

Of the 650 eggs they estimated to have been ingested by the swans, about five were left intact. Of those, three continued to develop. Two died of a fungal infection, but one survived, enduring 30 hours in the gut and hatching 49 days after being excreted.

Because killifish eggs have a thick outer membrane, or chorion, they stand a chance of coming through the digestive tract of an animal intact. Not all of what a swan ingests will be absorbed; their stomachs are built to extract nutrients quickly and get rid of the whatever's left so the birds can eat again. In rare cases, that can mean an egg that can go on to prosper.

Not all fish eggs are so durable, and not all fish are quite like the killifish. Dubbed the "most extreme" fish on Earth by the BBC, killifish have adapted to popping up in strange environments where water may eventually dry up. They typically live for a year and deposit eggs that can survive in soil, delaying their development until conditions—say, not being inside a swan—are optimal. One species, the mangrove killifish, can even breathe through its skin. When water recedes, they can survive on land for over two months, waddling on their bellies or using their tails to "jump" and eat insects. A fish that can survive on dry land probably doesn't sweat having to live in poop.

The researchers plan to study carp eggs next to see if they, too, can go through a lot of crap to get to where they’re going.

[h/t The New York Times]

8 Facts About the Animals of Chernobyl

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iStock/Tijuana2014

Three decades after the Chernobyl disaster—the world’s worst nuclear accident—signs of life are returning to the exclusion zone. Wild animals in Chernobyl are flourishing within the contaminated region; puppies roaming the area are capturing the hearts of thousands. Tourists who have watched the critically acclaimed HBO series Chernobyl are taking selfies with the ruins. Once thought to be forever uninhabitable, the Chernobyl Exclusion Zone has become a haven for flora and fauna that prove that life, as they say in Jurassic Park, finds a way.

1. The animals of Chernobyl survived against all odds.

The effects of the radioactive explosion at the Chernobyl nuclear power plant on April 26, 1986 devastated the environment. Around the plant and in the nearby city of Pripyat in Ukraine, the Chernobyl disaster’s radiation caused the leaves of thousands of trees to turn a rust color, giving a new name to the surrounding woods—the Red Forest. Workers eventually bulldozed and buried the radioactive trees. Squads of Soviet conscripts also were ordered to shoot any stray animals within the 1000-square-mile Chernobyl Exclusion Zone. Though experts today believe parts of the zone will remain unsafe for humans for another 20,000 years, numerous animal and plant species not only survived, but thrived.

2. Bears and wolves outnumber humans around the Chernobyl disaster site.

While humans are strictly prohibited from living in the Chernobyl Exclusion Zone, many other species have settled there. Brown bears, wolves, lynx, bison, deer, moose, beavers, foxes, badgers, wild boar, raccoon dogs, and more than 200 species of birds have formed their own ecosystem within the Chernobyl disaster area. Along with the larger animals, a variety of amphibians, fish, worms, and bacteria makes the unpopulated environment their home.

3. Most Chernobyl animals don’t look any different from their non-Chernobyl counterparts.

Stray puppies play in an abandoned, partially-completed cooling tower inside the exclusion zone at the Chernobyl nuclear power plant
Sean Gallup, Getty Images

Tour guides tell visitors not to pet Chernobyl animals due to potential radioactive particles in their fur, but some biologists have been surprised that the incidence of physical mutations appears lower than the blast of radiation would have suggested. There have been some oddities recorded within the area—such as partial albinism among barn swallows—but researchers think that the serious mutations mostly happened directly after the explosion. Today’s wild animals are sporting their normal number of limbs and aren’t glowing.

4. Radiation may have killed off Chernobyl’s insects.

In contrast to the large carnivores and other big fauna, bugs and spiders have seen a big drop in their numbers. A 2009 study in Biology Letters indicated that the more radiation there was in certain locations around the Chernobyl disaster area, the lower the population of invertebrates. A similar phenomenon occurred after the 2011 nuclear accident at the Fukushima nuclear power plant. Bird, cicada, and butterfly populations decreased, while other animal populations were not affected.

5. Despite looking normal, Chernobyl's animals and plants are mutants.

There may be no three-headed cows roaming around, but scientists have noted significant genetic changes in organisms affected by the disaster. According to a 2001 study in Biological Conservation, Chernobyl-caused genetic mutations in plants and animals increased by a factor of 20. Among breeding birds in the region, rare species suffered disproportional effects from the explosion’s radiation compared to common species. Further research is needed to understand how the increased mutations affect species’ reproductive rates, population size, genetic diversity, and other survival factors.

6. The absence of humans is returning Chernobyl to wilderness.

As WIRED points out, the Chernobyl disaster presents an unintended experiment in what Earth would be like without humans. Hunting is strictly illegal and living within the Chernobyl Exclusion Zone is not recommended. The fewer humans there are, the more nature can re-establish itself unencumbered by human activity. According to The Guardian, an official nature reserve recently created on the Belorussian side of the zone claims to be “Europe’s largest experiment in rewilding,” where animals are losing their fear of humans. In fact, a few species are actually living better within the Chernobyl Exclusion Zone than outside of it. Wolves were found to be seven times as abundant on the premises than in other, non-radioactive areas. Moose, roe deer, red deer, and wild boar were found to have similar numbers within the CEZ as compared to those in three uncontaminated nature reserves in Belarus.

7. An endangered wild horse is making a comeback thanks to Chernobyl.

A Przewalski's horse lays in a meadow
PATRICK PLEUL, AFP/Getty Images

British ecologists Mike Wood and Nick Beresford, who specialize in studying the effects of radiation on Chernobyl’s wildlife, observed that the Przewalski’s horse—an endangered wild species that originated in Mongolia—is thriving within the CEZ. In the late 1990s, about 30 Przewalski’s horses were released in the Ukrainian side of the CEZ. Based on camera trap images, Wood estimated that some of the original horses (identified by their brand markings) are still alive. Photos of juvenile horses and foals also indicated that the population is expanding.

8. You can adopt a Chernobyl puppy.

Hundreds of pooches—the descendants of dogs abandoned by their owners during the site’s evacuation on April 27, 1986—have made the desolate area their home. Until 2018, it was illegal to bring any animal out of the zone due to the risk of radiation contamination. But now, puppies cleared of radiation are getting a chance to find their forever homes. Spearheaded by the Clean Futures Fund and SPCA International, the management and adoption program ensures that the stray dogs are spayed, neutered, and vaccinated so they will be healthy and ready for adoption.

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