Although not the most glamorous of methods, sweating is a biologically ingenious way to keep cool. Our sweat glands employ energy — in this case, heat — to evaporate water off our skin, which in turn cools us down. Humans, along with some monkeys and all of the great apes, use a similar cooling technique, but sweating isn’t as ubiquitous throughout the animal kingdom as you might expect. For example, pigs don’t sweat — not really, anyway.
Sweat itself doesn’t smell — the liquid is made up of lots of water and a little salt. However, sweat glands in our armpits and groin release a type of sweat that is protein-rich, which bacteria then feeds on. The byproduct of this microscopic meal is what actually causes body odor.
Pigs dohave some sweat glands, but they’re insufficient to play a significant role in regulating the creatures’ body temperatures. Instead, some of a pig’s internal body temperature is regulated by a thyroid-produced hormone, but the most fast-acting method for keeping cool is simply wallowing in mud. When the mud evaporates, it takes some heat with it, just as when human sweat evaporates. Pigs will also seek shaded areas, lie flat on cool ground, or even pant similarly to dogs. The fact that pigs don’t sweat much has created an idea that eating a pig is unhealthy because they can’t release toxins through sweat — but that’s just a myth.
Hibernating during the summer to keep cool is called estivation.
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The phrase “sweating like a pig” comes from iron — not the animal.
During the traditional iron smelting process, hot iron was poured into molds lined with sand and arranged with one runner feeding into many rows. The molds were said to resemble a row of piglets suckling a sow, which is how crude iron became known by its common name, “pig iron.” The phrase “sweating like a pig” comes from the fact that as the iron cools, water vapor condenses on its surface — a signal that it’s now safe to handle. Although this phrase is likely a 19th-century European invention, the Chinese first used pig iron thousands of years ago, and it’s still used today as a raw material for iron steelmaking.
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Darren Orf lives in Portland, has a cat, and writes about all things science and climate. You can find his previous work at Popular Mechanics, Inverse, Gizmodo, and Paste, among others.
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You may wonder how a long, purple fruit came to be called an eggplant. It all has to do with a specific popular variety from the 18th century known for its egglike color and circular shape. Eggplants were domesticated in the Indo-Burma region as early as 300 BCE and were called vatingana — a Sanskrit word derived from vani, meaning “wind.” During the British occupation of India, English horticulturist John Abercrombie took note of a particularly common local cultivar that looked white and spherical, much like a typical bird’s egg. In 1767, he wrote about this “egg-plant” in the book Every Man His Own Gardener, denoting the first use of the term in English literature.
New Jersey harvests more eggplants than any other U.S. state.
While China is the biggest global exporter of eggplants, New Jersey harvests the most of any U.S. state. According to a 2019 report by New Jersey’s Department of Agriculture, the state harvests an annual average of 849 acres of eggplant, ahead of California’s average of 705 acres each year.
While these white, circular eggplants have since fallen out of fashion, similar varieties including the Easter eggplant are still grown. But in general, the most widely grown type of eggplant is known for its dark purple color and elongated shape. It wasn’t until the early 19th century that a shift to this variety took place in the United States, when new eggplant seeds were brought over by immigrants from various parts of Asia. In time, those colorful eggplant varieties came to displace the once-standard pale, ovate type.
Despite the fruit’s change in appearance, the original nomenclature stuck in the United States and Canada. However, other areas have coined names of their own. In the United Kingdom, the fruit is known as an aubergine (a French loanword). A brightly colored variant is referred to as a garden egg throughout parts of Africa and the Caribbean. And around the 16th century in Europe, eggplants were also briefly called mad apples, a name inspired by the fact that they’re members of the nightshade family and thus were once believed to be poisonous if eaten.
The Caesar salad wasn’t named after Julius Caesar.
It’s a common misconception that the Caesar salad was named after Roman statesman Julius Caesar. In reality, it was named for Italian American restaurateur Caesar Cardini. After Prohibition became law in the United States in 1920, the California-based Cardini decided to open a new restaurant across the border in Tijuana, Mexico, so he could legally serve alcohol. But it wasn’t the booze that kept people coming back — it was the salad he became known for. While the exact origin of the dish is debated, there are some theories. According to his daughter, Rosa, the salad was improvised on a busy Fourth of July weekend when the restaurant ran out of various ingredients. The one thing we know for sure is that Cardini claimed credit for the recipe, and in 1938, he moved back to Los Angeles and opened a shop to sell bottles of his beloved namesake salad dressing.
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Bennett Kleinman is a New York City-based staff writer for Inbox Studio, and previously contributed to television programs such as "Late Show With David Letterman" and "Impractical Jokers." Bennett is also a devoted New York Yankees and New Jersey Devils fan, and thinks plain seltzer is the best drink ever invented.
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It was 1942, and among many other challenges, wartime Great Britain had a big problem: Nazi U-boats. These German submarines destroyed U.K.-bound merchant ships laden with much-needed food and supplies, and the attacks became so frequent that from March to September of that year they sank close to 100 merchant ships a month. Airplanes at the time couldn’t fly far enough from land-based airstrips to protect these ships in the ocean, and this aviation limitation left a 300-mile lane of unprotected waters known as “the mid-Atlantic gap.” Britain’s legendary prime minister, Winston Churchill, was desperate to close this gap by any means necessary, and dreamed of building floating islands where planes could refuel. Unfortunately, aircraft carriers were few and far between, and steel was hard to come by during the war effort because it was needed for weapons, tanks, ships, and more.
It takes more than 20 years for some modern aircraft carriers to run out of fuel.
In the decades following WWII, aircraft carriers increased in size and complexity. Today, a modern aircraft carrier uses nuclear power for fuel, an energy source so dense that these massive ships — some weighing 97,000 tons — don’t need refueling for more than 20 years.
One day, a potential solution arrived when Lord Louis Mountbatten, the head of Britain’s Combined Operations Command (and beloved uncle of the future Prince Philip), presented Churchill with a strange chunk of ice. This wasn’t any normal piece of ice, however: It was pykrete (named after its creator, Geoffrey Pyke), which was a type of ice reinforced with wood pulp. The result was a material that melted very slowly. For Churchill, a vision of a fleet of aircraft carriers made from pykrete came into focus. The proposed pykrete ship would’ve been the biggest “ship” ever constructed, displacing 26 times more water than the largest ship at the time and requiring 26 electric motors for propulsion. A 60-foot-long prototype was soon constructed in Alberta, Canada, that weighed as much as five blue whales. But by 1943, things had changed. Escort carriers had arrived in the Atlantic and long-range aircraft such as the B-24 Liberator had closed the gap for good. Despite pykrete’s amazing ability to hold its shape, the dream of an iceberg aircraft carrier soon melted away.
When an iceberg breaks off from a glacier, it’s called calving.
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Some scientists think the moon might be partly responsible for the Titanic’s demise.
On January 4, 1912, a celestial event occurred that hadn’t happened for more than a thousand years. The moon made its closest approach to Earth in the last 1,400 years while it was almost full, only a day after the Earth made its own annual close approach to the sun. According to Texas State University scientists, this one-of-a kind cocktail of astronomical activities created an exceptionally high tide. Their theory posits that this tide allowed some icebergs that would usually get stuck on their journey south from Greenland to be refloated, pushed into southbound currents, and put in the path of unsuspecting ships crossing the Atlantic. One such ship was the Titanic, which famously — and tragically — struck an iceberg that April.
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Darren Orf lives in Portland, has a cat, and writes about all things science and climate. You can find his previous work at Popular Mechanics, Inverse, Gizmodo, and Paste, among others.
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Compared to dinosaurs, humans have occupied only a speck on the timeline of Earth’s history. Modern humans appeared on the stage 200,000 years ago (up to 7 million years ago if you include the whole human family), while dinosaurs roamed the globe for about 165 million years. Despite the large span of time stretching across three distinct geologic periods (Triassic, Jurassic, and Cretaceous), many people view the age of dinosaurs as a monolithic moment in history when dinosaurs all lived together. In fact, more time separates stegosaurus and Tyrannosaurus rex than separates modern humans from the so-called “King of the Dinosaurs.”
It’s not just state flowers and birds — some states also have fossils to represent them. For example, Colorado’s state fossil is a stegosaurus, Kansas’ is a pteranodon, and Utah’s is an allosaurus. Other states have mammal fossils, like mastodons, whales, and saber-toothed cats.
Stegosaurus roamed what’s now modern-day North America during the late Jurassic, about 155 million to 145 million years ago. Although it didn’t live alongside the ferocious T. rex, its contemporary, the allosaurus, was also a nightmare of powerful teeth. T. rex didn’t arrive on the scene until some 68 million years ago, during the late Cretaceous — a difference of some 80 million years. So while a comfortable 66 million years separate humans from the dinosaur’s dramatic, likely asteroid-induced downfall, the stegosaurus and T. rex lived even further apart. This startling fact doesn’t even take into account Triassic dinosaurs, such as herrerasaurus and eoraptor, which are twice as chronologically distant from the T. rex as stegosaurus is. Turns out, the age of dinosaurs is much more complex than its name suggests.
The T. rex roar in “Jurassic Park” was a composite of sounds from a tiger, alligator, and baby elephant.
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Scientists aren’t sure why stegosauruses had plates.
The word “stegosaurus” is Greek for “roof lizard,” a reference to the giant dino’s most recognizable feature — its series of plates that run nearly the length of its body. In the dino world, these plates are as iconic as a triceratops’s triple horns or a T. rex’s small (yet surprisingly strong) arms, but scientists still don’t really know why this icon of the late Jurassic had these plates. Instead, we’re left with several theories that could help explain this fossilized mystery. One idea is the plates were a sexual characteristic, with bigger, pointier plates being considered more attractive. Another theory suggests the plates helped regulate temperature, as they could soak up heat during the day and then dissipate that heat at night. Other scientists argue the plates might have been used to communicate, intimidate, or defend stegosaurus against carnivorous predators. Whatever their purpose, these mysterious plates have made the stegosaurus one of the most recognizable dinos in the world.
Darren Orf
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Darren Orf lives in Portland, has a cat, and writes about all things science and climate. You can find his previous work at Popular Mechanics, Inverse, Gizmodo, and Paste, among others.
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Most fruits tend to have sweet smells that delight our olfactory systems and make our mouths water. One, however, has a reputation for being so noxious that many people can’t make it past the rind to its sweet center — or even stand to be in the same room with it. The durian fruit, sometimes called the “king of fruit” in Southeast Asia (where it’s native), is so unpleasantly fragrant that it is banned from public transportation in Singapore. The spiky fruit is also often prohibited in hotels and outdoor public spaces in the region.
Each pineapple is made up of many berries, which develop around a single core and eventually merge. Every scale on a pineapple was once a flower.
Describing the odor associated with durians is no easy feat. Some chefs and adventurous eaters have likened it to rotten eggs, pungent cheese, or sweaty gym socks, though lovers of the fruit say the smell is worth enduring for its creamy flesh, which tastes of caramel and almonds.
Yet the unpleasant aroma can be so overwhelming that it causes confusion and complaints. On at least two occasions in Australia, the fruit’s lingering scent was powerful enough to be mistaken for a natural gas leak. And in 2018, passengers on an Indonesian flight refused to board a plane loaded with more than 2 tons of durian in the cargo hold because of the intense smell. Scientists believe durian fruit’s nauseating aroma comes from a higher-than-usual number of genes for volatile sulfur compounds, which become “turbocharged” as the fruit ripens. However, the scent has a beneficial purpose for the plants themselves: It’s likely durian fruit trees evolved to use the sour stench as a way to attract animals that dine on the fruit and spread the seeds throughout wild areas.
The world’s largest tree fruit, jackfruit, can weigh up to 100 pounds.
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The Supreme Court once ruled that tomatoes are vegetables.
It’s a popular fun fact that tomatoes are botanically fruits, but in the U.S. they’ve been considered vegetables — legally — since the late 19th century. The Tariff Act of 1883 required produce importers to pay taxes on foreign-grown produce shipped into the country, specifically vegetables (fruits were exempt). Importers — such as New York’s Nix family — believed they could evade the 10% tax by dealing in tomatoes, since the vine-growing crop is a fruit. A fight with the New York Port Authority led the Nixes to argue their point in court, and after six years, the case made its way to the Supreme Court. Despite the Nixes’ argument being biologically correct, the Port Authority won the case on two points: Tomatoes are related to several nightshade vegetables such as potatoes and peppers, and unlike other fruits are typically served with dinner instead of dessert. Ultimately, the ruling closed the tomato tax controversy for good.
Nicole Garner Meeker
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Nicole Garner Meeker is a writer and editor based in St. Louis. Her history, nature, and food stories have also appeared at Mental Floss and Better Report.
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Original photo by Peter Hermes Furian/ Shutterstock
Seeing into the future is supposed to be impossible. But if you travel to the Diomede Islands of the Bering Strait, the impossible becomes reality. The Diomedes consist of two remote islands, Big Diomede (part of Russia) and Little Diomede (part of Alaska). They’re only 2.4 miles apart, but the international date line runs in between them. That means that when you’re in the Alaskan fishing village of Little Diomede and looking at your Russian neighbor, you’re actually gazing into tomorrow. It’s no wonder these landmasses have been nicknamed the Yesterday and Tomorrow islands.
For a few hours every day, three different days occur on Earth at the same time.
Thanks to the quirks of the international date line and time zones, there are two hours a day when three days are happening at once. Because the date line curves to encompass Kiribati, part of the island nation has begun Wednesday while other spots in the world haven’t ended Monday.
Today, Big Diomede has no permanent population (except a few observation posts), whereas Little Diomede has a population of around 100 people, mostly Native Alaskans. Native people long passed freely between these two islands, even after the U.S. bought Alaska from Russia in 1867, but things changed with the Cold War. That’s when the “Ice Curtain” (a reference, of course, to the “Iron Curtain” of the Soviet era) came down between the two islands. Since then, travel between Big and Little Diomede has been strictly forbidden, even though ice in the winter forms a land bridge between them, making it theoretically possible to walk into the next day.
When Secretary of State William Seward bought Alaska from Russia, the press called it “Seward’s Folly.”
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The U.S. has one ongoing territorial land dispute with Canada.
No matter how much you like your neighbor, you might have a few disagreements if your backyards share the largest land border in the world. Since April 11, 1908, the border between the U.S. and Canada has been a mostly settled issue, but one spot is still up for debate (on land, that is; other maritime disputes exist). Machias Seal Island, along northern Maine’s coast (or possibly New Brunswick’s coast), got stuck in a geographic “gray zone” when two separate documents essentially granted each country claim to the island. Although the place has an old Canadian lighthouse (Canada even makes sure to staff the lighthouse 24/7 for “sovereignty purposes”), the U.S. doesn’t recognize the land as Canadian. Luckily, this hasn’t escalated into too big of a deal, as it mostly inconveniences only lobster fishermen and tourists watching puffins.
Darren Orf
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Darren Orf lives in Portland, has a cat, and writes about all things science and climate. You can find his previous work at Popular Mechanics, Inverse, Gizmodo, and Paste, among others.
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Humans have a few biological advantages compared to other species. The most obvious is our big brains, which have empowered us to become the dominant species on Earth. But another feature that is often overlooked is our chins — a trait unique to humans. Yes, we’re the only animals on Earth with true chins. You might be thinking, “Wait a minute, I give my cat chin scratches all the time,” or “Surely chimpanzees, our closest animal cousin, sport some kind of chimp chin,” but the answer is nope and nope (respectively). When you’re scratching the “chin” of your feline companion, what you’re really doing is scratching the mandible, i.e., the lower part of the jaw — not the chin, which is the bony part that juts out at the bottom of your face. Elephants and manatees also have chin-like protrusions in their lower jaws, but they don’t quite qualify as true chins.
William Shakespeare originated the phrase “take it on the chin.”
William Shakespeare is the progenitor of some 1,700 words, but the phrase “take it on the chin” originates from the world of boxing, a sport where the phrase essentially describes the entire profession.
The mystery of why no other animal has a real chin gets even more interesting because past human species, such as Homo erectus and Homo neanderthalensis, didn’t have chins either — instead, their faces simply ended in a flat plane. So why did evolution find the need for human chins? Scientists aren’t exactly sure. The most prominent theory is that chins help humans chew, but scientists from Duke University and the University of Florida found that chins aren’t actually much help there; they technically make chewing more difficult, as they reinforce the wrong part of the face for aiding mastication. Chins also don’t help much with human speech, which is another theory that’s been suggested, and researchers say it’s unlikely they’re a mere product of sexual selection or a protection against violence, such as punching. Some scientists think the chin might be a spandrel, a byproduct of other evolutionary changes that on its own serves no real purpose — basically, a happy accident. We may never truly know exactly why humans have these extra bony bits on the ends of our faces, but keep your chin up. After all, you’re the only species that can.
The scientific name for the chin is the mentum osseum.
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Scientists aren’t exactly sure about the biological reason for beards.
If you’re a practicing pogonophile (aka a lover of beards), you may not be too concerned about the reasons behind the time-honored art of beard-growing. However, scientists like to get at the why of things. While hair on our head protects us from the sun, body hair aids in thermoregulation, and hair below the belt protects against bacteria, beards have no known specific biological function. Some scientists have argued that facial hair could aid in protecting the body against ingesting harmful bacteria, but then it’d be likely that women would have evolved to have beards as well. Instead, some evolutionary biologists theorize that beards act as a tool for intersexual attraction regarding women and intrasexual competition with men. In other words, beards subconsciously message virility to women and formidability to men. But as is typical of fashion, beard popularity trends come and go, and studies show that attraction is often influenced by “negative frequency dependence,” meaning if everyone has a beard, preference for clean-shaven faces increases (and vice versa). So, just as the beautiful plumage of a male bird is merely a color display to impress a feathered female while intimidating the competition, beards (or a lack thereof) may be a man’s own form of peacock posturing.
Darren Orf
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Darren Orf lives in Portland, has a cat, and writes about all things science and climate. You can find his previous work at Popular Mechanics, Inverse, Gizmodo, and Paste, among others.
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Human ears have two main jobs: alerting us to noises in the world around us, and keeping our bodies balanced as we move throughout the day. However, researchers have found another small trick our ears can perform: determining the temperature of water. While they may look identical, hot and cold water make different sounds when poured. With a little help from our brains — which learn to recognize the contrasting tones over a lifetime of repeated exposure — most people can tell the difference between cold water poured from a pitcher or hot water transferred from a kettle, without even seeing the cup being filled.
There is truth to this kitchen lore — adding salt makes it harder for water molecules to become steam, creates a higher boiling point, and makes water hotter, faster. But in small amounts, like a teaspoon, salt’s effects are limited, meaning this trick saves just a few seconds of time.
Without the cues of visible boiling or a collection of ice crystals, liquid water tends to look the same regardless of its temperature. What humans can’t see is that temperature actually affects water’s viscosity (aka thickness), which produces different sounds that we can hear. At lower temperatures, water molecules are sluggish and create temporary bonds that thicken the liquid, producing a lower-frequency sound when poured. Conversely, heated water molecules are more energetic, making it harder for molecules to join together. Fewer bonds result in thinner water, which produces a noticeably higher-pitched sound when transferred into a cup. Researchers say bubbling also plays a role in water acoustics — hot liquids have more bubbles than cool liquids, which contribute to the higher tones we hear while pouring out a cup of coffee or tea.
The study of heat, temperature, and energy is called thermodynamics.
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Humans can’t actually feel wetness.
Feeling wet — from stepping out of the shower, diving into a pool, or getting caught in the rain — seems like a straightforward sensation, though amazingly, humans can’t actually feel wetness itself. While our skin contains thousands of nerve endings that recognize temperature, texture, and pain, there are none for wetness. Instead, scientists believe humans are born without an understanding of wetness, though one slowly develops through a mix of temperature and texture sensations; over time, experience helps our brains build an understanding of wet and dry. However, even with decades of data, our brains aren’t foolproof and can cause occasional confusion. That’s why it can be difficult to determine whether something is cold or wet, like a metal park bench on a chilly day.
Nicole Garner Meeker
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Nicole Garner Meeker is a writer and editor based in St. Louis. Her history, nature, and food stories have also appeared at Mental Floss and Better Report.
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There’s nothing silly about a broken bone, but if laughter is the best medicine, then the creators of Silly String may well have helped more people than they ever envisioned. In the 1960s, inventor Leonard A. Fish and chemist Robert P. Cox set about producing a mixture that would rapidly harden after delivery via a spray can, providing a near-instant cast for anyone unfortunate enough to sustain a broken limb. They came up with a sticky concoction that set quickly and held, then tested some 500 nozzles in search of the best application from a pressurized can. When one nozzle propelled a stream 30 feet across the room, Fish and Cox had another idea: Maybe this stringy goo would work better as a plaything?
A New Jersey town has banned the public use of Silly String.
While some communities, like Beverly Hills, have enacted temporary bans for Halloween, the New Jersey town of Ridgewood strictly prohibits “the discharge of a product called ‘Silly String’ in or along the public streets, sidewalks, parks, or public places … at any time.”
After tweaking their recipe, the duo arranged a meeting with an executive at Wham-O, the company behind such popular toys as the Frisbee and Hula Hoop. At first, a business relationship seemed unlikely; overeager to demonstrate, Fish and Cox all but decorated the office with loads of colorful string, and were unceremoniously shown the door. Fortunately, the company’s owners later spotted some leftover gunk and were intrigued enough to seek a larger sample. The next day, Fish and Cox received a telegram from Wham-O requesting 24 cans of the stuff for a market test. By 1972, when a patent was granted for this “foamable resinous composition,” Silly String had clearly moved on from its roots as a tool for healing and was well on the way to its destiny as a mess-making accoutrement for partygoers of all ages.
75% of the liquid inside a can of Silly String comes from its propellant.
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Silly String is used by the military to detect booby traps.
Although Fish and Cox chose the path of entertainment for their creation, they may have been heartened by news of a real-world application that fulfilled their original goal of helping people. As far back as 1997, the U.S. military used Silly String to weed out the presence of dangerous improvised explosive devices (IEDs) in hostile areas. A spritz of the stringy stuff is light enough to drape across nearly invisible trip wires without setting them off, calling attention to these deadly traps often nestled in doorways and gates. While the military has been quiet about publicizing this use, the revelation of its effectiveness prompted one mother, whose son was stationed in Iraq in the early 2000s, to collect 80,000 cans of Silly String and nearly identical products to send overseas to aid the war effort and save a few more lives.
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Tim Ott has written for sites including Biography.com, History.com, and MLB.com, and is known to delude himself into thinking he can craft a marketable screenplay.
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You may love Disney, but you probably don’t love it as much as Jeff Reitz. The California resident brought new meaning to the term “Disney adult” by visiting the Happiest Place on Earth 2,995 days in a row — a streak that ended only when Disneyland shut down during the pandemic. It began as “a joke and a fun thing to do” between him and a friend when the two were in between jobs on New Year’s Eve 2011, and it continued for eight years, three months, and 13 days. The original plan was to spend every day of 2012 at the park, in part because it was a leap year and Reitz liked the idea of going 366 days in a single year, but he didn’t feel inclined to stop once 2013 rolled around. He became the unofficial record-holder at the 1,000-day mark and was oh so close to reaching 3,000 days before COVID-19 prevented that particular milestone when Disneyland shut down on March 14, 2020.
Mickey was actually preceded by one Oswald the Lucky Rabbit, the star of 26 short cartoons beginning in 1927. After losing the rights to Oswald, Disney came up with Mickey — and the two creatures bear a striking resemblance to one another.
Reitz, who worked in nearby Long Beach, would usually arrive at Disneyland between 4:30 and 5 p.m. and log some 10,000 steps during his three-to-five-hour visits. Though he initially struggled with the park’s closure, he eventually made peace with it: “A lot has changed over the eight years that I started it,” he said after his streak ended. “I’m good with it. I went more than eight years. I got to see a lot of changes at the park. Now, I’m not worried about going every day like I was.” After more than a year of being closed, Disneyland reopened in April 2021. It’s not clear if Reitz has been back, but he has enough memories to last him a while.
Disneyland employees aren’t allowed to use the phrase “I don’t know.”
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Walt Disney received a custom-made Oscar statuette for “Snow White and the Seven Dwarfs.”
Walt Disney won 32 Academy Awards, a record for the most individual Oscars, and one that’s unlikely to be broken anytime soon (if ever). Because there was no award for Best Animated Feature until 2001, when Shrek won the inaugural prize, he received an Honorary Oscar for Snow White and the Seven Dwarfs in 1939 that included a unique custom design — one regular Oscar statuette and seven miniature ones placed along a stepped base. The Oscar was awarded for Snow White’s “significant screen innovation which has charmed millions and pioneered a great new entertainment field for the motion picture cartoon.” It was presented to him by Shirley Temple, who was a bit confused as to why the star of the film wasn’t being honored as well: “I thought that the big statue was for Walt and that the Seven Dwarfs were the little ones going down the side and that Snow White herself hadn’t gotten anything,” she later said.
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Michael Nordine is a writer and editor living in Denver. A native Angeleno, he has two cats and wishes he had more.
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