The Real Wildlife Behind the Chupacabra Mystery

Chester Moore Files #3

I once retrieved the carcass of an alleged chupacabra. What I found points toward a fascinating intersection of wildlife disease, canid biology and one of America’s strangest modern legends.

By Chester Moore

I have what could legitimately be called a chupacabra skull sitting in my collection.

That doesn’t mean I believe it came from an unknown, bloodsucking predator. In fact, I believe the animal was most likely a coyote or medium-to-large domestic dog suffering from a severe condition that transformed its appearance. But the story of how I came into possession of it—and what wildlife science tells us about animals like it—offers an interesting look at how real wildlife can become the foundation for extraordinary legends.

My friend David Clever first encountered the animal after a massive flash flood. The carcass was bloated and floating in a pool when he initially saw it. When he returned later, decomposition had progressed, but the animal was still largely intact. He noticed something immediately unusual about it: there was essentially no hair, the skin was grayish and wrinkled, and the proportions of the front and rear portions of the animal appeared strange.

David later contacted me while I was doing other wildlife research in the Texas Hill Country and asked whether I wanted to retrieve what remained.

Of course I did.

What I eventually recovered was exactly the kind of animal that, if photographed beside a rural Texas road or captured on a trail camera, would almost certainly have been called a chupacabra. I kept the skull, and remnants of the unusual skin remained with the specimen. My assessment is that it was most likely a coyote or a domestic dog, although without genetic testing I can’t definitively identify it.

The experience made me look much more closely at the wildlife behind the chupacabra phenomenon.

Hear the Full Chupacabra Investigation

I recently explored the subject in depth on my Dark Outdoors podcast in an episode called “The Horror and Science of Chupacabra.” The program looks at everything from the original Puerto Rican legend to Texas “blue dogs,” coyotes, canid genetics and my own encounters with animals that could easily have been labeled chupacabras.

Listen on Spotify

Listen on Apple Podcasts

Looking at the subject from a wildlife perspective reveals something fascinating. We don’t need an undiscovered species to explain many of the creatures people are encountering. Nature already has the ability to turn familiar wildlife into something that looks almost unrecognizable.

When a Coyote Stops Looking Like a Coyote

The number one animal I see associated with modern Texas chupacabra reports is the coyote.

Most people know exactly what a healthy coyote looks like. Give that same animal a severe case of mange, however, and identification becomes much more difficult. Hair loss changes the apparent proportions of the animal. Legs suddenly look unusually long, ears seem oversized, the tail loses its familiar bushy appearance and ribs may become visible as the animal’s physical condition deteriorates.

Skin can become thickened, wrinkled and grayish or bluish. A badly affected animal may also move differently because it is sick and weakened. Those characteristics can combine to produce an animal that bears surprisingly little resemblance to the healthy coyote pictured in a field guide. The transcript of my investigation describes this same combination of hair loss, gaunt appearance, exposed ribs and altered skin in animals people have identified as chupacabras.

Foxes can become even more dramatic-looking because their ears are already large in proportion to their bodies. Remove the coat from a fox and those ears suddenly dominate its appearance. At night, add eyeshine from headlights or a flashlight and it’s easy to understand how someone seeing the animal for only a few seconds could believe he encountered something truly unusual.

Even raccoons can become virtually unrecognizable when mange removes their characteristic coat and facial mask. In one case I remember seeing presented as a mysterious animal, the supposedly inexplicable creature was a severely affected raccoon.

These animals aren’t imaginary. The mistake comes in explaining what they are.

My Own Nighttime “Chupacabra” Encounter

I’ve experienced firsthand how dramatically disease can alter our perception of wildlife.

I was working near a wooded area where I had been conducting research related to red wolves. One evening I spotted something moving low through the brush. I couldn’t immediately identify it and initially considered a coyote or perhaps a hog.

I made a canid vocalization and something answered.

Soon I could see a skinny animal with unusually prominent ears in the moonlight. It moved away when illuminated but circled back and growled several times. Then it made an aggressive run toward me, getting within roughly 10 to 15 yards before retreating.

Once I got a good look, I realized it was a domestic dog suffering from an extreme case of mange. I estimated that about three-quarters of its hair was missing.

I knew what I was seeing because of my experience with wildlife. But put someone unfamiliar with mange in that same situation—alone at night, hearing growls and suddenly seeing a nearly hairless canine charging out of the darkness—and the encounter takes on an entirely different character.

That is one of the reasons I don’t ridicule people who report seeing strange creatures.

They may have seen exactly what they say they saw. The question is what biological explanation lies behind it.

The Science of the “Blue Dog”

The so-called Texas “blue dog” is especially interesting because the strange coloration associated with some alleged chupacabras can have a biological explanation.

Research discussed in my podcast examined tissue samples from animals associated with the chupacabra phenomenon. The animals included familiar species such as raccoons and domestic dogs, and severe mange was a common denominator. Researchers described animals with very little hair and thickened, dry and wrinkled skin. The discussion also connected secondary bacterial infection from extensive scratching with the bluish appearance reported in some animals.

Put all those characteristics together and you get something that can look almost otherworldly: little or no hair, gray-blue skin, an emaciated body, prominent ears, unusual-looking legs and perhaps abnormal behavior from an animal weakened by disease and desperate for food.

There is another important factor. Sick predators still have to eat.

A severely compromised coyote, fox or other predator may seek easier sources of food, potentially bringing it closer to homes, livestock and poultry. That increased proximity to people also increases the likelihood that someone will photograph or encounter the animal.

Suddenly, the “monster” is showing up in the backyard.

Coyotes, Wolves and Chupacabra Genetics

Another fascinating component of the Texas chupacabra story involves canid genetics.

Coyotes don’t exist in complete genetic isolation from other North American canids. The history of wolves and coyotes includes hybridization, and the red wolf story in particular has become deeply intertwined with questions involving coyote ancestry and introgression.

That has led some people to suggest that unusual coyote-wolf hybrids explain the strange appearance of Texas chupacabras.

I don’t think that’s what is happening.

Hybridization could certainly produce individual canids with unusual size, coloration or other physical characteristics. But it doesn’t explain the severe hair loss, damaged skin and emaciated appearance characteristic of many supposed chupacabras. My investigation concluded that mange is a far more convincing explanation for those features.

The genetics question is fascinating on its own. It just shouldn’t be used to explain something that wildlife disease already explains quite well.

How the Chupacabra Changed

There is also a cultural component that makes this wildlife mystery unusual.

The chupacabra that emerged from Puerto Rico in the 1990s wasn’t necessarily the same creature people began calling a chupacabra in Texas. The Puerto Rican legend centered on mysterious livestock attacks and animals allegedly drained of blood. Some descriptions were almost alien in character. As the story spread through Mexico and eventually into the United States, the image of the creature evolved.

In Texas, the chupacabra increasingly became canine.

Trail-camera photographs, roadkills and sightings of strange hairless animals became attached to the name. Eventually, a term originally meaning “goat sucker” could describe almost any weird-looking hairless mammal someone encountered.

That’s an important distinction because explaining the Texas animals doesn’t necessarily explain every story that originated in Puerto Rico.

Earlier Puerto Rican accounts even included the so-called Vampire of Moca during the 1970s, involving mysterious livestock deaths and reports very different from later Texas hairless-canid sightings.

Folklore evolves, and sometimes real wildlife gets absorbed into it.

There Is a Real Animal Behind Many Monsters

The lesson I take from the chupacabra isn’t that people are foolish for believing they saw something unusual. It’s almost the opposite.

Wildlife can be incredibly difficult to identify under poor conditions. Disease, injury, genetic variation, decomposition and simple viewing angle can make a familiar species look completely foreign. Add darkness, a brief glimpse and a little adrenaline, and identification becomes even harder.

I’ve experienced that personally. I’ve had a severely mangy canine approach me aggressively in the dark, and I’ve gone into the field to retrieve the remains of an alleged chupacabra. I still have the skull from that carcass.

My suspicion remains that the skull belongs to a coyote or domestic dog. Perhaps one day I’ll have genetic testing done and get a more definitive answer.

Until then, it’s a fascinating reminder that the line separating wildlife from folklore isn’t always as clear as we imagine.

I don’t believe most Texas chupacabra reports represent an undiscovered species. The evidence points much more strongly toward coyotes, foxes, raccoons and domestic dogs transformed by severe disease. That was also the conclusion I reached in the podcast: many of these creatures are real animals, just not the monster popular culture created.

And from a wildlife perspective, I find that explanation more interesting than a monster.

A coyote doesn’t have to be mythical to become almost unrecognizable. Nature can do that all by itself.

For much more on the history, strange reports, science and my firsthand experiences, listen to “The Horror and Science of Chupacabra” on the Dark Outdoors podcast.

Listen on Spotify

Listen on Apple Podcasts

Chester Moore

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Highly Venomous Gulf Sea Snakes? (Wild Reports!)

ea snakes are not supposed to inhabit the Gulf of Mexico.

That simple fact is what makes a series of reports I have collected over the years so intriguing.

The story began when a man I know who breeds snakes came to my office to bring me a kingsnake. While there, he noticed a photograph of a banded sea krait on my wall and made a statement that immediately got my attention.

He said he had seen one.

He described kayaking to an offshore rig near High Island, Texas, where he encountered what he believed was a banded sea krait swimming around the structure. He described a four- to five-foot animal with distinctive banding and a paddle-like tail.

See the full video investigation here.

This wasn’t proof that a sea krait had somehow reached Texas waters, but the report was difficult for me to simply dismiss. The witness was familiar with snakes and believed he recognized what he had encountered.

More importantly, his story reminded me of another report.

Two anglers I know had encountered a long, bluish-white and black-striped snake swimming at the surface near the 18-Mile Light on Sabine Bank. They estimated the animal at around five feet long and also specifically described a paddle-like tail.

The two encounters occurred in the same general region of the northwestern Gulf.

Since then, I have received other reports from along the Gulf Coast, including Alabama and Florida. Some may have fairly conventional explanations. Native snakes and remarkably snake-like marine fishes such as eels have to be considered.

But the reports raise an interesting wildlife question.

If an exotic marine snake ever did appear in Gulf waters, how could it get here?

International shipping and the movement of marine organisms through ballast water have transported nonnative species around the world. Whether that could explain any of these particular observations is another question entirely, but it is one of the possibilities I examine in my new video.

“Venomous Sea Snakes in the Gulf? Investigating the Reports” looks at eyewitness testimony, sea snake biology, potential mistaken identities and possible pathways for an exotic animal to reach Gulf waters.

I am not claiming sea snakes have been confirmed in the Gulf of Mexico. They haven’t.

But when multiple people report unusual animals, I believe the right response is neither automatic belief nor automatic dismissal.

It’s investigation.

Chester Moore

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Chester Has One Wish for His Birthday

Chester’s birthday is here, and if you know my husband, you know there aren’t many things that mean more to him than giving kids special opportunities through wildlife.

This year, Chester has set a goal of raising $1,500 for our Wild Wishes® program.

You can help Chester reach his birthday goal and make more Wild Wishes come true here:

Donate to Chester’s Birthday Fund for Wild Wishes® here.

We had a couple of issues getting the Facebook birthday fundraiser to work correctly, so we decided to set up a direct fundraiser where people can give toward the program.

Chester and I have been blessed to see firsthand what these experiences can mean to kids facing serious challenges. We’ve watched children encounter amazing wildlife, visit places they dreamed about and make memories with their families that will last a lifetime.

That’s what Wild Wishes is all about.

I think helping us create more of those opportunities would be a pretty great birthday present for Chester.

If Chester’s work has encouraged you over the years, or if you simply believe in what we’re doing for these kids, I’d love for you to consider making a donation. Whether it’s $10, $25, $50 or more, it all helps us move toward that $1,500 goal and toward the next Wild Wish.

And if you can’t give right now, sharing this with your friends would mean a lot to us too.

Thank you to everyone who has prayed for, encouraged and supported Chester and our work with these kids over the years.

Happy birthday, Chester. Let’s make Wild Wishes come true!

Lisa Moore

🎃🦈 Join the Sharks Aren’t So Scary Campaign! 🦈🎃

Fear often fades when understanding begins.

At Higher Calling Wildlife, we believe conservation starts with education. The more we understand God’s creation, the more we appreciate it—and the more likely we are to protect it.

That’s why we’re proud to support Sharks Aren’t So Scary, a public education campaign presented by the Gulf Great White Shark Society.

The campaign launches with a fun public service announcement from horror host Count Drahoon, who reminds us that while scary movies are entertaining, real sharks deserve respect, understanding and conservation.

Throughout October we’ll be sharing stories that celebrate these remarkable animals and encourage people of all ages to replace fear with knowledge.

Be sure to follow the Gulf Great White Shark Society throughout the month for shark science, conservation news and the full Sharks Aren’t So Scary campaign, and watch Count Drahoon’s official kickoff PSA to get started.

Together, we can help turn fear into stewardship.

Chester Moore

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Great White Country: A Higher Calling in New England

We came to New England with great white sharks at the center of our plans, but we left with something much bigger.

Our Higher Calling Wildlife® expedition through New England opened doors for young people, created relationships with some incredible people in the shark world and established something we believe will continue for years to come.

Higher Calling Wildlife will be back.

We have now established New England as another region where we can conduct expeditions and outreach, connecting young people with wildlife and putting them face-to-face with people doing extraordinary work in research, conservation and education.

And what a first expedition it was.

My wife Lisa, daughter Faith and I began the journey by traveling into Maine and experiencing its rugged Atlantic coastline. For someone like me who has spent years studying and writing about great white sharks in the Gulf of Mexico, seeing the northern reaches of great white country was fascinating.

But the heart of this trip was outreach.

Marina Wilson joined us on Cape Cod as the first recipient of our Gulf Great White Shark Society scholarship. Marina has an interest in marine biology, wildlife law enforcement and shark conservation, and we wanted to do more than tell her to follow those dreams.

Chester, Marina and Dr. Megan Winton at AWSC’s Shark Center in Chatham on Cape Cod.

We wanted to put her around people who are actually doing the work.

That happened in a huge way.

We spent time with our friends at the Atlantic White Shark Conservancy and its Shark Center in Chatham, one of the most exciting places anywhere for people interested in great white sharks.

A major highlight was spending time with AWSC Chief Scientist Dr. Megan Winton. Megan has been a tremendous friend to our efforts, and giving Marina an opportunity to spend time around a scientist working directly with the animals she is so passionate about was exactly the kind of connection we hoped this expedition would provide.

We also had an incredible opportunity to visit Woods Hole Oceanographic Institution, where Laura McDonnell gave us a look into the world of ocean science and research. Getting Marina and Faith inside a place with such a remarkable legacy of ocean exploration and discovery was another special part of the journey.

Then we got to spend time with Dr. Greg Skomal, one of the cutting-edge leaders in modern great white shark research.

Greg’s work has helped transform our understanding of great whites in the Northwest Atlantic, and getting an opportunity to talk sharks, research and conservation with him was tremendous. We even got to hold an incredible great white shark jaw during our visit.

Dr. Greg Skomal showing us key great white shark locations in the Cape Cod area.

Those are the kinds of moments that can take something a young person has read about, watched in documentaries or dreamed about and suddenly make it real.

Another special stop was the Living Sharks Museum in Westerly, Rhode Island, where founder and curator Keith Cowley gave us an incredible look at shark history and culture.

For me, seeing original pieces connected to Frank Mundus and his famous boat, the Cricket II, was especially fascinating. Mundus occupies a unique place in shark history, and standing in front of those artifacts while traveling through the same part of the country where so much of that history unfolded added another dimension to the expedition.

There was plenty of shark science, history and adventure packed into this trip.

But one of the most meaningful parts centered on a young Massachusetts boy named Hunter Fitz.

Hunter has already shown an extraordinary passion for sharks and conservation, including raising money to support the Atlantic White Shark Conservancy. We met Hunter and his family at the Shark Center and presented him with our Gulf Great White Shark Society Youth Award along with a special package of shark gifts we put together just for him.

Seeing his reaction made all the planning and effort worthwhile.

We called Hunter a world changer.

We meant it.

And our relationship with Hunter didn’t end when we handed him an award.

Hunter is now part of our program.

Chester presenting Hunter the Gulf Great White Shark Society Youth Award.

We’re excited about encouraging him, helping fuel his passion for sharks and conservation and hopefully providing him with some special wildlife experiences in the future.

That is what Higher Calling Wildlife is about.

Marina and Hunter came into this expedition from different places, but both illustrate what we’re trying to accomplish. We want to identify young people with a passion for wildlife, encourage them, give them experiences they might never otherwise have and put them around people who can show them what is possible.

Wildlife changed the direction of my life when I was young.

Now we have the opportunity to use it to impact another generation.

There will be much more coming at GulfGreatWhites.com about the shark side of our journey. I’ll be sharing more about the people we met, what we learned and the incredible story of great whites in this part of the Atlantic.

But Higher Calling Wildlife is what we do this through.

It’s how we take wildlife adventures, relationships and opportunities and turn them into something that can impact young people.

And none of it happens without people who believe in what we’re doing.

To everyone who donated toward this expedition, prayed for us, shared our fundraising efforts, encouraged us or helped behind the scenes, thank you.

You helped put Marina in front of scientists and conservationists doing the kind of work she dreams about doing.

You helped us put an award in Hunter’s hands, give him a special package of gifts and tell him that what he’s doing matters.

You helped us visit the Atlantic White Shark Conservancy and spend time with Dr. Megan Winton. You helped us get Marina and Faith inside Woods Hole Oceanographic Institution with Laura McDonnell. You helped us spend time with Dr. Greg Skomal and experience the Living Sharks Museum with Keith Cowley.

Most importantly, you helped us establish relationships that won’t end with this trip.

We plan to return to New England and build more Higher Calling Wildlife opportunities here.

Our mission is to use wildlife encounters and experiences to bring encouragement, hope and the love of Christ to young people. We want kids to experience the wonder of God’s creation, meet people doing great things and understand they can do great things themselves.

Sometimes that happens in the mountains of Wyoming.

Sometimes it happens along the Texas coast.

And now it happens in great white country.

Lisa, Faith and I came away incredibly grateful for Marina, Hunter and their families and for everyone who opened doors for us along the way.

We’re also deeply grateful for those of you who helped us get there.

When you support Higher Calling Wildlife, this is what you’re supporting.

You’re helping us open doors for kids, create experiences they will never forget and encourage young people to pursue their dreams and use their lives for something bigger than themselves.

This wasn’t just our expedition.

You were part of it.

And God willing, this was only the beginning of what Higher Calling Wildlife will do in New England.

Chester Moore

Follow Chester Moore and Higher Calling Wildlife® on the following social media platforms

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NEW VIDEO: 725-Pound Texas Hog—I’ve Connected Some Dots

A 725.8-pound hog taken in Southeast Texas has become one of the most talked-about wildlife stories I’ve covered recently.

Its incredible size immediately attracted attention, but then people began looking closely at something else. The huge animal was black and white, and viewers started asking whether a hog that looked like this and weighed more than 700 pounds was really feral.

The debate made me connect some dots I hadn’t connected before. For years, I’ve known about giant domestic hogs being released at different locations in this region.

My new video reveals that history and looks at how those releases could help us understand some of the enormous feral hogs roaming Southeast Texas—including why a 725.8-pound free-ranging hog can look very different from what people expect a feral hog to look like.

WATCH THE NEW VIDEO: Was That 725-Pound Texas Hog Really Feral?

There are some important distinctions to make. This hog was free-ranging when it was killed, and its weight wasn’t someone’s field estimate. The animal was photographed on a scale registering 725.8 pounds.

What we don’t know is the complete ancestry of this individual hog, and that’s an important difference.

Domestic swine can escape or be released and become feral. Over time, those animals and their descendants can reproduce with other free-ranging hogs, contributing to the tremendous variation in size, coloration and physical characteristics we see in feral hog populations.

So unusual domestic characteristics don’t automatically make a free-ranging animal somebody’s pet or a barnyard hog.

That’s where the history I’ve known about for years becomes especially interesting. Giant domestic hogs were released at different locations in this region over a long period of time. I can’t connect this particular animal to any specific release, and I’m not claiming I can.

But I can connect the dots enough to ask a bigger question: Could that history help explain some of the enormous and unusual-looking feral hogs roaming this part of Texas today?

That’s part of what I explore in the new video. The 725.8-pound hog is real. The documented weight is real. The animal was free-ranging, and the history of giant domestic hog releases in the region is real.

What we don’t know is exactly how all those pieces fit together.

And that’s what makes this story worth digging into.

Chester Moore

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Saving Species on Ice: Is Cryopreservation the Future of Wildlife Conservation?

For generations, wildlife conservation has centered on a straightforward idea: protect enough animals and enough habitat, and a species has a fighting chance. But what if part of the future of conservation takes place far away from the mountains, forests and grasslands where those animals live? What if some of the most important conservation work involves placing tiny pieces of animals into tanks of liquid nitrogen and keeping them there for decades?

A situation unfolding in New Zealand raises that question. Numbers of Mohaka sheep, a rare feral breed with a long history in the country, have declined to the point that conservationists are moving to preserve their genetics. The effort includes collecting and storing genetic material that could potentially be used in the future.

On the surface, this is a story about an unusual population of sheep. Look deeper, however, and it raises a much larger question: Could preserving cells, semen, eggs, embryos and other biological material become an increasingly important part of protecting rare breeds and endangered wildlife?

Saving Livestock?

Rare livestock breeds and isolated wildlife populations can carry genetic characteristics developed over many generations. Once those animals disappear, some of that genetic diversity can disappear with them.

This doesn’t mean every rare breed possesses some biological secret that will revolutionize agriculture or wildlife conservation. It does mean that once unique genetic material is lost, recovering it may be impossible. Semen and embryo banking are already established tools in livestock management, making the effort involving Mohaka sheep particularly interesting when viewed through the wider lens of conservation.

Saving living populations must remain the objective. Preserving their genetics, however, could provide another option if those populations crash or lose important genetic diversity along the way.

Wildlife conservationists have already been pursuing that idea for half a century.

The Frozen Zoo

Perhaps the greatest example can be found at the San Diego Zoo Wildlife Alliance.

In 1975, researchers established what became known as the Frozen Zoo®. Scientists began preserving living cells from wildlife even though they couldn’t possibly know what technologies might eventually make use of them.

Today the Frozen Zoo is part of the San Diego Zoo Wildlife Alliance’s Wildlife Biodiversity Bank. Its collection contains thousands of living cell lines representing more than 1,300 species and subspecies, with material maintained at approximately minus 320 degrees Fahrenheit. San Diego Zoo Wildlife Alliance Frozen Zoo

The significance isn’t simply how much material is stored. Some of those cells came from animals that died decades ago. In certain cases, genetic diversity represented by those individuals has subsequently disappeared or become poorly represented within the living population.

The animals are gone. The cells remain.

Scientists in 1975 couldn’t have predicted what conservationists would be capable of doing with those cells 50 years later. Likewise, nobody collecting biological material in 2026 can know what scientists might be capable of doing with it in 2075.

Genetic Insurance

The concept is sometimes described as genetic insurance, and there may be no better way to explain it. Cryopreservation cannot protect habitat, stop poaching, provide water during a drought or prevent a disease outbreak. Those conservation jobs still have to be done.

What it can potentially do is preserve options.

Small populations frequently experience genetic bottlenecks. Even if managers rebuild the number of animals, genetic diversity that disappeared during the decline doesn’t automatically return. Carefully preserved cells and reproductive material could provide future conservationists with opportunities that would otherwise be gone forever.

We already have examples showing that this isn’t purely theoretical.

Frozen Zoo material has contributed to cloning work involving endangered species, including black-footed ferrets and Przewalski’s horses. In those cases, the objective wasn’t simply to create another animal. Scientists were interested in genetics from individuals that were no longer represented, or were poorly represented, in the surviving population.

That changes the conversation considerably. Cryopreservation isn’t only about saving DNA so scientists can study an extinct animal someday. Viable cells, sperm, eggs and embryos may have potential applications that a DNA sequence stored in a computer does not.

What Should We Save Today?

This is where the Mohaka sheep story becomes much bigger than sheep.

By the time an endangered species reaches critically low numbers, a significant amount of its former genetic diversity may already be gone. That raises the question of whether biological banking should begin much earlier.

Wildlife managers routinely capture animals for research, disease testing, translocations and GPS collaring. Zoos, rehabilitation facilities and veterinarians regularly handle threatened and endangered wildlife. Could some of those encounters also become opportunities to preserve biological material for the future?

Photo by Chester Moore

San Diego Zoo Wildlife Alliance is thinking on an enormous scale. After the Frozen Zoo reached its 50th anniversary, the organization announced an ambitious goal of helping lead efforts to biobank endangered species around the world by 2075. Frozen Zoo 50th anniversary initiative

That doesn’t mean replacing animals on the landscape with samples in a freezer. Habitat protection, population management, disease research, migration corridors, translocations and traditional breeding programs remain essential. Cryopreservation could simply become another tool alongside them—an insurance policy against events and challenges we cannot predict.

And I do think it’s important to note we should not just slack off on boots on the ground conservation. That needs to be priority but this kind of technology needs to be looked at as well.

A Question for the Future

There is something remarkable about looking back at the scientists who began freezing wildlife cells in San Diego in 1975. They had no guarantee those cells would ever become useful, yet they preserved them anyway.

Half a century later, conservationists have technologies that would have been difficult to imagine when some of those samples entered storage. The same may be true of the biological material being preserved today.

That is what makes the declining Mohaka sheep worth watching. Their story raises a question that extends from rare livestock breeds to some of the world’s most endangered wildlife.

Perhaps the greatest value of a frozen cell isn’t what we can do with it today, but what someone may be able to do with it decades from now. When the conservationists of 2075 look back at the species struggling in our time, will they be grateful that we preserved those genetic options for them—or will they wonder why, when we still had the chance, we didn’t?

Chester Moore

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A 725.8-Pound Feral Hog? This Texas Giant Is the Real Deal

Wildlife has an incredible ability to surprise us.

And every once in a while, an animal comes along that makes you stop and take a second look.

This is one of those animals.

A Texas hunter recently killed an enormous free-ranging boar in Southeast Texas that weighed 725.8 pounds on a scale.

Watch the video below.

The black-and-white hog is so large—and has such unusual coloration—that some people seeing the photographs for the first time may wonder exactly what they’re looking at.

There’s some interesting wildlife biology behind that coloration.

According to Texas A&M AgriLife Extension, feral hogs can display a wide variety of colors and patterns. They can be black, brown, red, white, spotted or “belted.” AgriLife specifically notes that belted feral hogs can be black or brownish-red with a white band across the shoulders and forelimbs.

In other words, the dramatic black-and-white appearance of this animal is not something outside the documented color patterns of feral hogs.

I’ve encountered free-ranging hogs with similar coloration myself, although nothing approaching this animal’s tremendous size.

Texas A&M AgriLife also notes that the original breed and nutrition during development can influence a feral hog’s size and coloration. Texas’ feral hog history is complicated, with Eurasian wild boars introduced for hunting eventually breeding with free-ranging feral hogs already on the landscape.

That makes these animals an interesting study in adaptation, genetics and just how dramatically animals can vary within a population.

I’ve covered wildlife for decades, and this is the largest free-ranging feral hog I have personally seen documented on a scale.

That’s worth taking a closer look at.

I put together a new video examining this incredible Texas hog, including photographs, video and the story behind the animal.

Wildlife never stops surprising us.

Chester Moore
Higher Calling Wildlife

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Could Black Mambas Survive In America?

Chester Moore Files #2

Florida’s Burmese pythons changed what we know about exotic reptiles surviving in the United States. Could one of Africa’s most famous snakes survive here, too?

By Chester Moore

The black mamba is one of the most recognizable and feared snakes on the planet. Native to Africa, it is famous for its size, speed, potent venom and the dramatic black interior of its mouth that gives the species its name. It is also a snake that should be understood rather than sensationalized. Black mambas aren’t monsters pursuing people through the African bush. They are highly specialized predators occupying a wide range of habitats across portions of eastern and southern Africa.

But an interesting wildlife question emerges when we look at what has happened with exotic reptiles in the United States: Could a black mamba survive here? There is no evidence of an established population of black mambas in Florida, Texas or anywhere else in the United States. This isn’t a report of mambas suddenly appearing in the Everglades. It’s an examination of whether parts of the American South could potentially allow an escaped or released black mamba to survive—and why survival and establishment are two very different things.

Black Mamba Attacks & Other African Snake Encounters

The question was inspired in part by a fascinating episode of my Dark Outdoors podcast featuring real encounters with black mambas and other African snakes. The episode gives listeners a much better perspective on these animals by looking at actual encounters where the snakes naturally occur rather than the exaggerated portrayals that have helped give black mambas their fearsome reputation.

Listen to “Black Mamba Attacks & Other African Snake Encounters”:

Apple Podcasts:
https://podcasts.apple.com/us/podcast/black-mamba-attacks-other-african-snake-encounters/id1630809603?i=1000773845882

Spotify:
https://open.spotify.com/episode/7w9fPKoqAbNAehq3T29Kz8?si=T66SkaFMTim44HOftGt_Sg

Beyond the dramatic encounters, the episode got me thinking about the adaptability of reptiles and how difficult it can be to predict what an animal will do when moved into a new environment. We have an incredible example of that playing out right now in Florida.

The Burmese Python Changed the Conversation

A few decades ago, the idea of giant Asian constrictors reproducing in the Florida wilderness would have sounded like the plot of a creature feature. Today, Burmese pythons are an established part of South Florida’s invasive wildlife problem. The Florida Fish and Wildlife Conservation Commission and other agencies devote significant resources to python removal and research, and the snakes have become established across a vast area of difficult-to-access habitat while preying upon a tremendous variety of native animals.

Their success provides an important lesson about introduced wildlife. Sometimes an animal encounters an environment different enough from its native habitat that it simply cannot survive. Sometimes individuals survive but never reproduce. And sometimes the pieces line up, with climate, prey, habitat and reproduction combining to allow a species to become established. That is essentially what happened with the Burmese python.

Surviving a Florida Winter

One of the most interesting parts of the python story involves cold weather. South Florida is subtropical, but anyone who has spent much time there knows that subtropical doesn’t mean temperatures never drop. The historic January 2010 cold spell provided researchers with an opportunity to examine how invasive Burmese pythons handled unusually low temperatures, and a U.S. Geological Survey study documented substantial mortality among monitored pythons.

Cold killed snakes, but it didn’t kill all of them or eliminate the population. Later research found evidence of rapid genetic adaptation associated with climatic extremes in Florida’s Burmese python population. That doesn’t mean pythons have somehow become immune to cold, but it does demonstrate the remarkable ability of wildlife populations to respond to environmental pressures. It also makes me cautious whenever I hear someone declare that an exotic reptile “could never survive here.” Nature has a way of making absolute statements look foolish.

Understanding the Black Mamba

The black mamba (Dendroaspis polylepis) has a broad distribution through parts of sub-Saharan Africa. Despite what its name suggests, the snake itself isn’t actually black. Individuals can be gray, olive, brownish or combinations of those colors. The famous black coloration is inside the mouth and can become very visible during a defensive display.

Black mambas inhabit more than one narrowly defined habitat. They occur in areas that include savanna, open woodland, rocky hills and riverine environments, using places such as hollow trees, rock crevices, burrows and other protected areas for shelter. They are active predators, feeding largely on small mammals and other vertebrate prey. Those characteristics are important when considering whether one could survive somewhere like South Florida.

Warm weather would certainly be available, as would rodents and other potential prey. South Florida also has no shortage of vegetation and protected places where a snake could shelter. But those similarities only get us so far.

Florida Isn’t Africa

This is where speculation about introduced wildlife often goes wrong. People look at temperature and say, “It’s hot in both places, so the animal could live there,” but ecology is much more complicated. Average temperatures don’t tell us how an animal responds to a three-day cold snap. They don’t tell us whether excessive moisture creates health problems or whether unfamiliar parasites and diseases affect the animal. They also don’t tell us whether suitable nesting sites exist or whether enough individuals could survive long enough to reproduce successfully.

An individual black mamba surviving for months in South Florida would be remarkable, but it wouldn’t constitute an established population. For that to happen, multiple animals would need to survive, encounter one another, reproduce successfully and produce young capable of surviving and eventually reproducing themselves. That cycle would have to continue year after year, which is a much higher biological hurdle.

Could South Florida Pass the Test?

Of anywhere in the continental United States, extreme South Florida raises some of the most interesting questions. The region has long warm seasons, abundant prey and tremendous amounts of potential reptile habitat. Its existing populations of nonnative reptiles demonstrate that species from tropical and subtropical environments sometimes find Florida surprisingly accommodating.

That doesn’t mean black mambas would. Humidity, rainfall patterns, cold fronts, flooding, parasites, diseases and other environmental factors could potentially prevent long-term survival or reproduction. Without specific research examining the black mamba’s climatic tolerances against conditions in Florida, saying the species would establish there goes well beyond the evidence. Saying an individual might survive, however, is a very different proposition, and that possibility is difficult to dismiss.

What About South Texas?

South Texas presents another fascinating comparison. The region has extreme summer heat, enormous rodent populations and extensive brush country offering potential cover and shelter. Parts of the Rio Grande Valley can feel downright tropical, but Texas also has something South Florida generally experiences to a much lesser degree: powerful winter cold fronts.

Temperatures can fall dramatically when Arctic air pushes deep into the state. The historic freezes Texans have experienced demonstrate how dangerous those events can be to tropical and subtropical wildlife. A black mamba might find plenty to like about a South Texas summer, but winter would be the real test.

An individual that located a deeply protected refuge might survive conditions that would kill an exposed snake, but moving from that possibility to an established breeding population requires numerous assumptions. That’s why I would put South Florida ahead of South Texas when discussing potential habitat, while considering neither location proven suitable for black mamba establishment.

Exotic Animals and Human Responsibility

There is one reason this isn’t purely a hypothetical exercise. Black mambas and many other exotic reptiles are maintained in captivity in the United States. Legitimate zoological facilities and experienced reptile keepers have maintained venomous snakes safely for years. Florida regulates venomous reptile possession and requires specific permitting, experience, facilities and secure caging.

Responsible keepers shouldn’t be painted with the same brush as irresponsible owners. The problem comes when exotic animals escape or people deliberately release animals they no longer want. Florida’s experience with nonnative wildlife shows why that matters. Once a species becomes established, wildlife managers can face an enormously expensive problem that continues for decades, and removing every individual from a vast ecosystem can become virtually impossible. The best time to prevent an invasive species is before it ever becomes invasive.

From Survival to Invasion

Whenever we hear about an unusual exotic animal appearing somewhere in America, it is helpful to separate four very different stages: survival, reproduction, establishment and invasion. An animal can pass the first test and fail the other three.

That’s why the answer to whether black mambas could “live in Florida” depends entirely upon what we mean by live. Could an escaped black mamba potentially survive for some period in South Florida? I wouldn’t dismiss the possibility. Could one survive a winter? Perhaps, depending on weather conditions and available shelter. Could the species establish itself permanently? We don’t know. There isn’t sufficient evidence to say that it could, and there certainly isn’t evidence that a wild breeding population currently exists.

Learning From the Python

The Burmese python invasion should make us humble about predicting what introduced wildlife can and cannot accomplish. It shouldn’t make us paranoid about every exotic reptile. Instead, it should remind us how complicated ecosystems are and how much responsibility comes with keeping animals that evolved thousands of miles away.

The black mamba is an extraordinary predator perfectly suited to the ecosystems where it naturally occurs. It deserves respect for what it actually is rather than fear based on what movies and sensational stories have made it out to be. Hopefully, the question of whether black mambas could establish themselves in Florida or Texas always remains hypothetical.

The python taught us an important lesson about exotic wildlife: once an animal enters a new environment, our predictions don’t necessarily determine what happens next. Climate, habitat, prey, reproduction and the animal’s own adaptability ultimately determine whether it disappears or becomes part of the landscape.

Hear Real Black Mamba Encounters

For a completely different perspective on these remarkable snakes, listen to “Black Mamba Attacks & Other African Snake Encounters” on my Dark Outdoors podcast. The episode explores real encounters involving black mambas and other African snakes and provides a look at what happens when people unexpectedly cross paths with some of the world’s most formidable reptiles.

Apple Podcasts:
https://podcasts.apple.com/us/podcast/black-mamba-attacks-other-african-snake-encounters/id1630809603?i=1000773845882

Spotify:
https://open.spotify.com/episode/7w9fPKoqAbNAehq3T29Kz8?si=T66SkaFMTim44HOftGt_Sg

Follow Chester Moore and Higher Calling Wildlife® on the following social media platforms

@gulfgreatwhitesharksociety on Instagram

To support the efforts of Higher Calling Wildlife® click here.

Subscribe to the Dark Outdoors podcast on all major podcasting platforms.

@thechestermoore on Instagram

Chester Moore’s YouTube.

Higher Calling Wildlife on Facebook

Email Chester at chester@chestermoore.com.

They Poached the Buffalo—Then Brought Out a Chainsaw

Years ago, I traveled to a location where someone had illegally killed a buffalo, cut off its head with a chainsaw and left the rest of the animal behind.

It was one of the most disturbing wildlife crimes I have encountered, but unfortunately it was far from the only one.

As a hunter and lifelong wildlife conservationist, I believe an important distinction needs to be made whenever stories like this are told: Poaching is not hunting.

Legal, ethical hunting operates within seasons, regulations and conservation systems designed to manage wildlife populations. Poaching is the illegal taking of wildlife. The two should never be confused.

Hear the Full Story on Dark Outdoors®

I recently explored the buffalo case and several other disturbing wildlife crimes I’ve encountered or investigated in an episode of Dark Outdoors®.

Listen: “He Beheaded the Buffalo With a Chainsaw”

Apple Podcasts:
https://podcasts.apple.com/us/podcast/he-beheaded-the-buffalo-with-a-chainsaw/id1630809603

Spotify:
https://open.spotify.com/episode/4SG6LVStcRBMSyRKn54uMQ?si=39034865b8234bbf

The episode examines not only the buffalo case but also other examples of poaching and wildlife trafficking, including crimes that demonstrate just how serious—and sometimes dangerous—wildlife crime can become.

Wildlife Belongs to More Than One Generation

Wildlife conservation depends on limits.

Seasons, bag limits and other regulations aren’t simply obstacles placed in front of hunters. They are part of a larger wildlife-management system intended to ensure that wildlife populations remain viable for future generations.

Ethical hunters operate within that system.

Poachers deliberately operate outside it.

That difference matters because wildlife isn’t an unlimited resource. An animal illegally killed for its antlers, horns, hide, head or simply for someone’s amusement has been stolen from everyone who values that resource.

This is why I reject the tendency to describe serious poaching simply as “illegal hunting.” Hunting and poaching aren’t interchangeable terms.

The People Who Stand Between Wildlife and Criminals

Wildlife officers and game wardens work a side of conservation that most people rarely see.

Their jobs can involve far more than checking licenses or making sure hunters follow bag limits. They investigate illegal killing, trafficking and commercialization of wildlife, sometimes dealing with people who are willing to threaten or use violence to avoid being caught.

Federal wildlife law enforcement also deals with a global trade in illegally obtained animals and wildlife products. That world can involve smuggling networks moving wildlife and wildlife parts across international borders.

Wildlife crime can become big business, and protecting wildlife sometimes requires serious law-enforcement work.

Hunters Have a Stake in Fighting Poaching

Hunters should be among the loudest voices opposing wildlife crime.

The overwhelming majority of hunters aren’t the people cutting heads off illegally killed animals, slaughtering wildlife outside established regulations or trafficking protected species. They’re people who buy licenses, support conservation programs, follow seasons and care deeply about the future of wildlife.

I have hunted my whole life. This is me with an Eastern wild turkey I took in New York in 2019. The Moore family loves to eat wild game.

Calling a poacher a hunter gives the criminal a connection to legitimate hunting that he or she hasn’t earned.

A person who deliberately steals wildlife isn’t representing hunting.

They’re stealing from wildlife.

They’re stealing from hunters.

And they’re stealing from everyone else who believes wild animals should still be here for the next generation.

That’s why poaching isn’t hunting.

It’s wildlife crime.

Chester Moore

Follow Chester Moore and Higher Calling Wildlife® on the following social media platforms

@gulfgreatwhitesharksociety on Instagram

To support the efforts of Higher Calling Wildlife® click here.

Subscribe to the Dark Outdoors podcast on all major podcasting platforms.

@thechestermoore on Instagram

Chester Moore’s YouTube.

Higher Calling Wildlife on Facebook

Email Chester at chester@chestermoore.com.