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Meet America's Only 3 Native Parrots — One Is Extinct, One Relocated To Mexico, And One Thrives In This Southern State

Meet America's Only 3 Native Parrots — One Is Extinct, One Relocated To Mexico, And One Thrives In This Southern State

Forbes25-05-2025
Parrots are among the most vibrant and loquacious birds in the world — and are typically found in ... More equatorial habitats. Here are three that make, or have made, their home in the USA.
Bird species are abundant throughout the world. However, they used to be much more abundant. One study published in PLOS ONE reports that at least 279 bird species have gone extinct since 1500. If you go back to the late Pleistocene epoch (about 10,000+ years ago), research suggests that number grows to about 1,400 species.
That said, it's difficult to correctly estimate the number of extinct birds due to what scientists refer to as 'low fossilization potential.' In other words, birds, being smaller than, say, saber-toothed cats or woolly mammoths, are less likely to have been adequately preserved in the fossil record.
We know, definitively, that the following three parrot species inhabited what is now considered the continental United States — and one still does. Here's their story.
The extinct Carolina parakeet once brightened eastern U.S. forests with its vibrant green, yellow, ... More and orange plumage.
Once common across the eastern and midwestern United States, the Carolina parakeet (Conuropsis carolinensis) was a striking sight with its vivid green body, yellow head and orange face. This parrot was the only native parrot species known to inhabit such a broad range of temperate North America, from the Great Lakes to the Gulf of Mexico. These birds were often found in old-growth forests and swamps, nesting in hollow trees and foraging for seeds and fruit.
Unfortunately, by the early 20th century, the Carolina parakeet was extinct. Habitat destruction played a significant role in their decline, as forests were cleared for agriculture and urban development.
(Sidebar: From America's forests to Asia's jungles, human pressure has erased countless animals — including three tiger subspecies lost in our lifetime. Read their story here.)
But the most devastating impacts came from human persecution: farmers killed them in large numbers, believing they were crop pests, and the birds' habit of returning to mourn fallen flockmates made them easy targets.
They were also captured for the pet trade and for use in hat-making.
The last known wild specimen was seen in Florida in the early 1900s, and the final captive bird, named "Incas," died in the Cincinnati Zoo in 1918 – coincidentally in the same aviary where the last passenger pigeon died.
Despite scattered unconfirmed sightings over the years, the Carolina parakeet is officially extinct.
Now found only in Mexico, the thick-billed parrot was once native to Arizona and New Mexico's ... More high-elevation pine forests.
Unlike the extinct Carolina parakeet, the thick-billed parrot (Rhynchopsitta pachyrhyncha) still exists, but not in the United States. Once found in the highlands of Arizona and New Mexico, this robust green parrot with a bright red forehead and loud, crow-like call was driven out of its U.S. range by the mid-20th century due to logging, hunting, and habitat fragmentation. Its reliance on old-growth coniferous forests, particularly those containing large pines, made it especially vulnerable to deforestation.
In the 1980s and 1990s, efforts were made to reintroduce the thick-billed parrot to the U.S., but these attempts were unsuccessful. Captive-bred birds released into the wild faced multiple challenges, including predators, inadequate survival skills and a lack of suitable habitat. Some also flew back to Mexico, where the species still survives in the Sierra Madre Occidental.
(Sidebar: The thick-billed parrot and Carolina parakeet aren't the only U.S. birds lost to time. Meet three more beautiful birds that vanished from America forever.)
Today, the thick-billed parrot is classified as endangered and is found only in northern Mexico. Conservationists are working to protect its remaining habitat and stabilize its population. Discussions about future reintroduction efforts in the U.S. continue, but any such plan would require significant restoration of its native forest ecosystem.
Unlike the other two native parrots, the green parakeet (Psittacara holochlorus) is alive and well in southern Texas. Native to northeastern Mexico, this medium-sized parrot with vivid green feathers and a loud, screeching call has successfully expanded its range northward. Small flocks have established breeding populations in the Rio Grande Valley and surrounding areas, thanks in part to urban environments providing plenty of food and nesting spots.
Green parakeets are social birds, often seen in large flocks roosting in palm trees or on utility lines. They're highly adaptable, feeding on fruits, seeds, and cultivated crops. Some ornithologists debate whether the Texas populations are entirely natural or partly the result of escaped or released pets blending with wild flocks. Regardless, these birds have become a charismatic part of the regional ecosystem.
Unlike the Carolina parakeet or thick-billed parrot, the green parakeet's presence in the U.S. isn't tied to ancient history but rather to more recent cross-border expansion. While not officially listed as threatened or endangered, their status is monitored, especially as urban sprawl and climate change continue to reshape the landscape.
Does thinking about the extinction of a species instantly change your mood? Take the Connectedness to Nature Scale to see where you stand on this unique personality dimension.
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Mercury Retrograde Begins Soon—Here's What That Actually Means
Mercury Retrograde Begins Soon—Here's What That Actually Means

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Mercury Retrograde Begins Soon—Here's What That Actually Means

Starting July 17, Mercury will be retrograde until August 10. During these three and a half weeks, many people expect life to go haywire—phones will break, contracts will fall through, you'll accidentally hit "Reply All" on a company-wide email. Mercury retrograde is blamed for all kinds of problems, but what is actually happening with this planet, and should you be worried? We talked to Jackie Faherty, an astrophysicist, and Susan Miller, an astrologer, to break down the science and the Faherty, PhD, senior research scientist and senior education manager at the American Museum of Natural History Susan Miller, creator of the Astrology Zone website and the apps Astrology Zone Horoscopes and Moonlight PhasesRetrograde means "backward," and during Mercury retrograde, the planet appears be moving backward in the sky. Typically, like the other planets in our solar system, Mercury moves west to east. 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In the world of astrology—much of which is based on Greek myth—the planets rule different areas of life. When they're retrograde, it means they're in a resting state and not in control of their domain, Miller says. As a result, those areas of life fall out of whack for humans. "We're used to getting the planets' help, but when they're retrograde, we make mistakes," she says. "Mercury is the planet of communication and travel," Miller says, explaining that anything related to these areas can get messed up during Mercury retrograde. "You shouldn't sign contracts or accept a new job or a new apartment, for example. Sometimes you have to because you can't stop your life, but keep your antenna up and ask a lot of questions." In addition to Mercury retrograde, "we feel Venus and Mars retrogrades strongly because they orbit close to Earth," Miller says. Venus rules love, beauty, and affection, according to astrology. 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The Dire Wolf Company's Next Target? A Giant Flightless Bird
The Dire Wolf Company's Next Target? A Giant Flightless Bird

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The Dire Wolf Company's Next Target? A Giant Flightless Bird

It has taken no end of imagination for Sir Peter Jackson, the Academy Award winning—and, not incidentally, knighted—director of the Lord of the Rings and Hobbit films, to produce his entire body of cinematic work. It's a quality Jackson has had since he was a small child, when he would conjure up visions of the future. 'When I was a kid [I dreamed of] personal jet packs and flying cars and things,' Jackson said in a recent conversation with TIME. 'One of those other things I always dreamed of was to be able to bring back extinct species.' No-go on the jet packs and the flying cars. But the business of de-extinction? That's very much happening. In April, the Dallas-based biotech company Colossal Biosciences announced that it had successfully brought back the dire wolf, an animal whose howl had not been heard on Earth since the last member of the species vanished more than 10,000 years ago. Three young dire wolves currently live on a 2,000-acre preserve in an undisclosed location to protect them from the media and curiosity-seekers, and Colossal aims to produce more of the animals, with the ultimate goal of perhaps rewilding the species. Read more: The Return of the Dire Wolf The company is not stopping there. Colossal also wants to bring back the dodo, the woolly mammoth, the Tasmanian tiger—or thylacine—and more. The goal is both to increase genetic diversity and to hone genetic editing techniques to fortify existing but threatened species. Now, Colossal has announced one more species to add to its growing menagerie: the emu-like moa, a giant flightless bird that stood up to 12 ft. (3.6 m) tall, tipped the scales at more than 500 lbs (230 kg), and once ranged across New Zealand, before it was hunted to extinction by humans about 600 years ago. Like the moa, Jackson is a native New Zealander; 'I am a very proud kiwi,' he says. He is also a Colossal investor and acted as intermediary and facilitator bringing the company into partnership on the moa project with the Ngāi Tahu Research Center, a group that was founded in 2011 to foster intellectual development and conduct scientific studies for and by the Ngāi Tahu tribe of the Indigenous Māori people. 'Some of those iconic species that feature in our tribal mythology, our storytelling, are very near and dear to us,' says Ngāi Tahu archaeologist Kyle Davis, who is working on the moa de-extinction project. 'Participation in scientific research, species management, and conservation has been a large part of our activities.' 'This is completely a Māori initiative,' adds Ben Lamm, CEO and co-founder of Colossal. 'We feel like the Colossal team is an extension of the research center and the Māori.' Bringing back the moa would have implications not only for the species itself but for the environment it once inhabited and could again. The bird was what is known as a cornerstone species, one whose grazing and browsing helped prune and shape the jungle flora. Moas were also prolific dispersers of seeds from the plants they ate. The loss of the species not only eliminated that forest-restoring function, but also led to the related extinction of the Haast's eagle, which relied almost exclusively on the moa as prey. Restoring the moa would not bring the eagle back but could help at least partly restore the primal New Zealand woodlands. Bringing back the moa is of a piece with Colossal's other work, which seeks not only to restore vanished species, but to prevent related ones from slipping over the event horizon of extinction. Genetic engineering mastered in the dire wolf project, for example, is being used to edit greater diversity into the genome of the endangered red wolf. Knowledge gained in the effort to bring back the thylacine could similarly help preserve the related northern quoll. 'There are some species of birds on the South Island of New Zealand that are endangered due to the fact that they have reduced gene pools,' says Paul Scofield, senior curator of natural history at Canterbury Museum, author of 20 papers on the moa genome, and one of the scientists working on the de-extinction project. 'Some of the technology that Colossal is working with is very applicable to them.' Read more: Scientists Have Bred Woolly Mice on Their Journey to Bring Back the Mammoth That technology is decidedly challenging. De-extincting the dire wolf involved sequencing ancient DNA collected from fossil specimens and then rewriting the genome of cells from a gray wolf to resemble the extinct species with the lost ancient genes. The edited nucleus was then inserted into a domestic dog ovum whose own nucleus had been removed. That ovum was allowed to develop into an embryo in the lab and then implanted into the womb of a surrogate domestic dog, which carried the dire wolf pup to term.' Bringing back the extinct moa is harder since the incubating will be done outside the body, inside an egg. The first step in this work once again calls for sequencing the genome of the extinct target species and once again turning to a closely related living species—either the tinamou or the emu—for help. Colossal scientists will extract primordial germ cells—or cells that develop into egg and sperm—from a tinamou or emu embryo and rewrite their genome to match key features of the moa. Those edited cells will then be introduced into another embryonic tinamou or emu inside an egg. If all goes to plan, the cells will travel to the embryo's gonads, transforming them so that the females produce eggs and the males produce sperm not of the host species but of the moa. 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'There are a couple of really significant fossil sites, particularly one in North Canterbury, about an hour north of Christchurch,' says Scofield. 'So far we've sampled more than 60 individuals.' If those don't prove sufficient, he adds, 'we will have to go out and dig some more holes.' None of this comes cheap, and while Lamm does not disclose the exact funding for the moa de-extinction project, he does say it is an eight-figure sum. 'I saw the new Jurassic World movie and someone in it says it costs $72 million to bring back one animal,' he says. 'I was like, 'That's probably accurate.'' That up-front expenditure could pay off handsomely down the line, boosting ecotourism to New Zealand and benefiting Colossal's basic research, which is already showing for-profit potential. So far, Colossal has spun off two new companies: One, called Breaking, uses engineered microbes and enzymes to break down plastic waste. The other, Form Bio, provides AI and computational biology platforms for drug development. But it's the intangibles—the wonder of midwifing a long-extinct species back to the global family of extant ones—that is Colossal's and the Māori's most transcendent work. 'This has an excitement value to it that movies don't have,' says Jackson. 'When I see a living moa for the first time I'm going to be absolutely amazed beyond anything I've ever felt.' Write to Jeffrey Kluger at

What is VO2 max? The metric that could give you better workouts
What is VO2 max? The metric that could give you better workouts

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What is VO2 max? The metric that could give you better workouts

On TikTok, VO2 max is going viral as the key to improving your endurance during a workout, but what exactly does it measure? In short, you can think of this metric as the maximum amount of oxygen your body uses during exercise – V stands for volume, and O2 stands for oxygen, per Harvard Health. But what do you gain from trying to increase it? For some people, improving VO2 max could help you attain longer, sustained workouts, and offer potential cardiovascular benefits, experts say. So, whether you're an athlete, or simply trying to improve your performance during exercise, here's why it might be worth taking a closer look at your VO2 max. As the heart pumps oxygen-rich blood throughout the body, it delivers oxygen to your muscles. Our muscles then utilize oxygen to produce adenosine triphosphate (ATP), which provides energy, says Heather Milton, a board-certified clinical exercise physiologist, and certified strength and conditioning specialist with NYU Langone. '(VO2 max is) a function of your cardiorespiratory system to (be) able to transmit oxygen from the air around you into your lungs and into your circulatory system,' says Dr. Christopher Tanayan, a sports cardiologist and Director of Sports Cardiology at Lenox Hill Hospital at Northwell Health. The most accurate way to calculate your VO2 max is in a clinical setting, says Tanayan. 'A CPET (cardiopulmonary exercise test) is the gold standard of estimating someone's VO2 max,' he says. In the setting of a performance center, this test might also be referred to as an aerobic capacity test, or a VO2 max test, says Milton. During a CPET, you'll wear a mask that records the amount of oxygen you inhale, the amount of carbon dioxide you exhale and your number of respirations per minute. 'Essentially, the mask is measuring the volume of air that we're taking in,' says Milton. You'll complete a series of exercises (typically using treadmills or bikes) that become increasingly strenuous over time. The test continues until you reach a point where you're no longer able to consume and deliver oxygen to your muscles – that number is your VO2 max, Tanayan says. Your VO2 max is measured in mL/kg/min (milliliters of oxygen consumed per kilogram of body weight per minute of exercise), according to Harvard Health. Another way to find your VO2 max is using a wearable (such as a Fitbit, Garmin or Apple Watch) to track your performance during exercise. With a bit of math and extrapolation, wearables can approximate the amount of energy you're using during your workout by measuring your heart rate response to submaximal efforts, ideally taking into account your age, weight and sex, says Milton. Are you exercising 'in the zone'? All about Zone 2 cardio. Ultimately, 'there is no perfect VO2 max score – it varies from individual to individual,' says Tanayan. There are lots of variables that go into calculating your VO2 max, including your genetics, age, sex, fitness level and altitude that you're exercising at, says Dr. Amadeus Mason, an assistant professor in the othopaedics and family medicine department at Emory University School of Medicine, and the chief medical officer for Atlanta United FC and medical director for Team USA Track & Field. A higher VO2 max could indicate better cardiovascular fitness and endurance – this means you'll be able to move and sustain more activity for longer periods of time, says Mason. Research shows there may be a potential correlation between having a higher VO2 max, and decreased risk for cardiovascular diseases, per Harvard Health. However, the metric alone should not be interpreted as an indicator of overall health, Mason underscores. In case you missed: Any physical activity burns calories, but these exercises burn the most From a training standpoint, once you know your VO2 max, there are steps you can take to improve this number, which could increase your endurance during a workout. Still, not everyone needs to train to improve their VO2 max; it really depends on your exercise goals. For example, if you're an anaerobic athlete (i.e. a weightlifter or sprinter) who needs short bursts of power to get through a workout, training to increase your VO2 max might not be necessary, says Milton. On the other hand, if you perform a mix of aerobic (a.k.a. cardio) and anaerobic exercise, there are benefits to improving your VO2 max. Having a solid aerobic base promotes 'fast recovery in between bouts of high intensity (or anaerobic) exercise,' Milton says. For the general population, improving your VO2 max could also help with enhanced longevity and potential cardiovascular benefits, she says. To increase your VO2 max, try out these types of exercise, experts say: HIIT. Incorporate high intensity interval training (HIIT) into your workout routine, recommends Mason. There's a misconception that HIIT only consists of high impact exercises like jumping jacks, burpees and squat jumps, says Milton. However, because the ultimate goal of HIIT is to elicit a heart rate response, low-impact HIIT exercises could include incline treadmill walking, using an elliptical or working out with a stationary bike, she says. Cardio. For the non-professional athlete, one of the best ways to improve your VO2 max is by performing consistent aerobic exercise, says Mason. To get your heart rate and oxygen intake up, try steady-state cardio exercises like running, jogging, cycling or swimming. Resistance training. It's easy to slip into a pattern of only doing cardio as your sole mode of exercise, but resistance training is equally important, says Milton. Resistance training helps maintain muscle mass, and enhances the quality of the muscle you already have. It also lends itself to a few other benefits, including enhanced longevity, balance and agility and fall prevention, she says. This article originally appeared on USA TODAY: What is VO2 max? And how to increase it

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