A 12-Year-Old Built a LEGO Wheelchair for Gracie, a Puppy Born Without Front Legs
Quick Answer: Gracie was a puppy born without front legs who was eventually adopted by the Turley family near Atlanta, Georgia. A 12-year-old volunteer named Dylan, who helped at Mostly Mutts Animal Rescue in Kennesaw, built her a small wheelchair using LEGO pieces. The adjustable design helped Gracie move around while she was still growing.
A small puppy named Gracie became known for something few people expected from a homemade device: a wheelchair made from LEGO pieces.
Gracie was born without her front legs and was brought to a veterinary clinic when she was only a few weeks old. She later came into the care of the Turley family, who run an animal rescue operation near Atlanta, Georgia.
But one of the most memorable parts of Gracie's story came from a young volunteer. Dylan, who was 12 years old at the time, built a wheelchair for her using LEGO pieces.
The story has circulated online for years, sometimes with exaggerated wording. The documented account is remarkable enough on its own: a rescued puppy received a simple, adjustable mobility device built by a child who wanted to help.
AI-generated illustration inspired by the documented story of Gracie, a puppy born without front legs who received an adjustable LEGO wheelchair from a 12-year-old volunteer. (Cover image: AI-generated wildlife illustration created for editorial and educational purposes.)
Gracie Was Born Without Front Legs
According to CBS News, Gracie was born without her front legs. Good News Network reported that she was taken to a veterinary clinic when she was about six weeks old and required emergency treatment for two wounds.
She eventually came into the care of the Turley family and was given a permanent home. The family was also involved with Mostly Mutts Animal Rescue in Kennesaw, Georgia.
Mostly Mutts describes its mission as rescuing dogs and cats in danger of abuse, neglect, abandonment and euthanasia, while working to place them in permanent homes.
A 12-Year-Old Volunteer Had an Unusual Idea
Dylan was a 12-year-old volunteer at Mostly Mutts when he began working on a way to help Gracie move more easily.
Instead of using a conventional wheelchair, he constructed one from LEGO pieces.
The design was particularly useful because Gracie was still growing. LEGO pieces could be added or rearranged as her body changed, allowing the device to be adjusted rather than immediately replaced with a permanent wheelchair.
Reports from the time described Gracie using the device to run and play. Good News Network also reported that she could move around without the chair, while the cushioned device helped support her body and protect her chest and spine.
Why a LEGO Wheelchair Made Sense for a Growing Puppy
A mobility device for a young animal has to account for growth. A wheelchair that fits a puppy perfectly at one stage may no longer fit as the animal becomes larger.
That made an adjustable design particularly useful for Gracie.
Instead of treating the LEGO wheelchair as a permanent medical device, the design could be modified as she grew. Later versions could accommodate her changing size before she eventually moved on to a more permanent wheelchair.
The important point is not that LEGO is a standard veterinary treatment. It was a homemade solution created for one particular rescue dog, and the reports about Gracie describe it as a practical adaptation that helped her while she was growing.
The Viral Story Leaves Out an Important Detail
One version of the story circulating online says that Gracie was a puppy “nobody wanted.” That wording is misleading.
Available reports do document that Gracie was abandoned or dumped at a veterinary clinic as a young puppy. But she was subsequently rescued, cared for and adopted by the Turley family.
So the more accurate description is that Gracie was an abandoned puppy who later found a home and received assistance from people who cared for her.
That distinction matters because the documented story is already powerful without adding an unsupported claim about how many people did or did not want her.
Gracie's Story Was About Adaptation, Not Just a Wheelchair
Gracie's situation also illustrates something important about caring for animals with physical disabilities: mobility support can be adapted to an individual animal's needs.
In her case, the early wheelchair was not simply about making her look different or giving her a novelty device. Reports described it as a way of supporting her body while allowing her to move, play and explore.
Her ability to move without the wheelchair also shows why the device should not be described as something that “gave her the ability to walk.” Instead, it provided additional support for a puppy who had already adapted to life without her front legs.
A Small Invention Became Part of a Bigger Rescue Story
Gracie's LEGO wheelchair eventually became the part of her story that attracted worldwide attention, but the larger story began much earlier.
She was a vulnerable puppy who needed medical care, found her way into a rescue environment and was eventually given a permanent home. Dylan's invention became another part of that journey.
The story also shows how creative solutions can sometimes emerge from simple materials. In Gracie's case, LEGO pieces provided a temporary and adjustable framework while she was still growing.
The Takeaway
Gracie's story is real, but some versions circulating online make it more dramatic than the documented evidence allows. She was born without front legs and was abandoned as a young puppy, but she was later rescued and adopted. A 12-year-old volunteer named Dylan built an adjustable LEGO wheelchair to help her while she grew.
The most accurate version of the story is also one of the most remarkable: a rescued puppy received a creative mobility aid from a young volunteer, and the unusual LEGO design became part of her journey toward a more active life.
The central story is supported by reporting from CBS News and Good News Network: Gracie was born without front legs, was rescued and later adopted, and a 12-year-old Mostly Mutts volunteer named Dylan built an adjustable LEGO wheelchair for her. The viral wording that Gracie was a puppy “nobody wanted” is not supported and should not be presented as fact. The story is also historical, dating to 2019, rather than a new event.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
EDITORIAL NOTE
The Pader presents wildlife and science information using credible sources and accessible language. Scientific information may be updated as new research emerges.
Stoffel the Honey Badger Kept Escaping His Enclosure — Even After Keepers Took
Away the Rocks and Trees
Quick Answer: Stoffel was a rescued honey badger at South
Africa’s Moholoholo Wildlife Rehabilitation Centre who became famous for
repeatedly escaping his enclosures. Keepers removed branches, trees and
rocks that he could use to climb out, but Stoffel continued finding new ways
to escape.
Some animal stories sound too strange to be true. Stoffel’s is one of them.
At the Moholoholo Wildlife Rehabilitation Centre in South Africa, a rescued
honey badger repeatedly defeated attempts to keep him inside his enclosure.
When keepers removed one possible escape route, he found another. When they
removed objects he could use as climbing aids, he began using different ones.
According to the PBS NATURE documentary
Honey Badgers: Masters of Mayhem, Stoffel used branches, rocks and
even objects left accidentally inside his enclosure to help himself get over
barriers. His behavior became so persistent that his keepers eventually had to
keep redesigning the enclosure around him.
A recreation of Stoffel's famous enclosure escapes. (Cover image: AI-generated wildlife illustration created for
editorial and educational purposes.)
Who Was Stoffel the Honey Badger?
Stoffel was a rescued honey badger kept at the Moholoholo Wildlife
Rehabilitation Centre in Limpopo Province, South Africa. According to Brian
Jones, who cared for him, Stoffel had originally been kept as a pet but was
not suitable for release into the wild.
Instead of becoming an easy long-term resident, however, Stoffel became an
extraordinary challenge for his keepers.
PBS documented how he caused trouble even before the elaborate escape
attempts. Jones described Stoffel breaking through windows, getting into the
kitchen and opening a refrigerator to reach food.
His behavior eventually convinced his keepers that simply building a stronger
enclosure would not necessarily solve the problem.
A honey badger in Kruger National Park, South Africa. This
photograph is illustrative and is not a verified photograph of Stoffel.
Credit: Sumeet Moghe / Wikimedia Commons, CC BY-SA 4.0.
Stoffel Kept Finding Ways Out
The most remarkable part of Stoffel’s story was not one successful escape. It
was the repeated pattern of finding a new solution whenever his keepers
changed the enclosure.
At first, the enclosure contained trees. Stoffel climbed the trees and used
the branches to reach the wall.
The keepers then removed the branches while leaving the trees standing. But
according to Jones, Stoffel spent the night bending and twisting a branch
until it broke. He then carried the branch to the wall and used it as a
makeshift ramp.
So the trees were eventually removed as well.
That did not stop him.
He Started Moving Rocks
With the trees gone, Stoffel turned his attention to the rocks in his
enclosure.
Jones told PBS that Stoffel dug up rocks and rolled them toward the wall using
his back feet. He then piled them high enough to help him climb out.
The keepers responded by removing the rocks.
For Stoffel, however, the enclosure appeared to become a problem-solving
challenge rather than an insurmountable barrier.
PBS described his repeated escapes as evidence of remarkable problem-solving
ability, although the documentary's later scientific investigation also
emphasized that honey badger intelligence had not been fully tested.
Even a Rake Became an Escape Tool
One of the stranger examples involved a rake accidentally left inside the
enclosure.
According to Jones, Stoffel figured out how to position the rake against the
wall and use it to help himself climb out.
The important point is not that every honey badger can perform the same trick.
Rather, Stoffel repeatedly adapted his behavior to the objects and barriers
around him.
That distinction matters because his story is often presented online as proof
that honey badgers are unquestionably among the world's smartest animals.
Scientific evidence is more cautious.
What Happened When Stoffel Faced Lions?
Stoffel's reputation for confronting larger animals was also part of his
story.
In the PBS documentary, Brian Jones described an incident in which Stoffel
confronted lions and was badly mauled. Jones said Stoffel spent about two and
a half months recovering in hospital after the encounter.
The episode is a reminder that the honey badger's reputation for toughness
does not mean it is invulnerable. A small animal confronting much larger
predators can still suffer serious injuries.
The viral version of the Stoffel story often connects his escape attempts
directly with a desire to get outside and fight lions. The available PBS
account supports the escape behavior and the serious lion encounter, but it
does not establish that every escape was specifically motivated by a desire to
fight lions.
Then Came Hammy
After Stoffel's dangerous encounters and repeated escapes, his keepers
introduced a female honey badger named Hammy.
The idea was partly to give Stoffel another animal for company and to help
occupy him.
Instead, the two honey badgers became part of another remarkable escape story.
The enclosure had a gate secured by two bolts. According to Jones, Stoffel
learned that Hammy could reach the upper part of the gate. He would get her to
pull one bolt while he held the gate, and she would then work on the second
one.
Once the second bolt was moved, Stoffel could pull the gate open and the pair
could escape together.
Did Stoffel Really Stand on Hammy to Open the Gate?
FACT-CHECK: Misleading
The viral claim that Stoffel simply “stood on” Hammy to unlock the gate is
not an accurate description of the documented account.
PBS's transcript describes a coordinated sequence in which Hammy climbed up
and pulled the bolts while Stoffel held and pulled the gate. The documentary
presents the behavior as cooperation between the two animals rather than
Stoffel merely standing on Hammy to reach the lock.
This distinction is important because the viral version makes the event sound
simpler and more dramatic than the documented account.
Were Stoffel's Escapes Really Evidence of Intelligence?
Stoffel's behavior certainly demonstrated flexibility and problem-solving in
the situations documented at Moholoholo. He used different objects, changed
strategies and repeatedly adapted after his previous escape methods were
blocked.
But scientists are more careful about turning these observations into a
definitive intelligence ranking.
In another PBS NATURE program, zoologist Natalia Borrego explained that honey
badgers have complex ecological lives and behaviors involving climbing and
digging that suggest a high level of intelligence, but she also noted that
their intelligence had not been fully tested.
Later experiments involving honey badgers at the rehabilitation centre
examined problem-solving and adaptability under controlled conditions. These
studies are more useful for understanding cognition than simply declaring one
animal “the smartest.”
Why Stoffel's Story Became So Famous
Stoffel's story stands out because it combines several unusual behaviors in
one documented animal.
He repeatedly escaped barriers that had been specifically designed to contain
him. He used branches and rocks as aids, adapted when those resources
disappeared, and even exploited an object accidentally left inside his
enclosure.
His story with Hammy added another layer: cooperation between two animals to
overcome a physical barrier.
These documented observations help explain why Stoffel became one of the most
memorable honey badgers associated with Moholoholo.
FAST FACTS
Animal: Honey badger (Mellivora capensis)
Name: Stoffel
Location: Moholoholo Wildlife Rehabilitation Centre,
South Africa
Known for: Repeatedly escaping his enclosure
Escape tools: Branches, rocks and other objects
Female companion: Hammy
Notable behavior: Working with Hammy to open a two-bolt
gate
Stoffel Was Clever — But the Science Is More Nuanced
It is tempting to describe Stoffel as a genius because of the extraordinary
escapes attributed to him. His behavior was certainly remarkable.
However, a careful wildlife story should separate an individual animal's
impressive behavior from broad claims about an entire species.
Honey badgers naturally climb, dig, forage and manipulate their surroundings.
Stoffel's repeated escapes show how one individual applied those abilities in
an unusual captive environment. They do not by themselves establish a
universal ranking of honey badger intelligence.
The Takeaway
Stoffel's story is a remarkable example of animal problem-solving in action.
When keepers removed branches, he found other ways to reach the wall. When
rocks disappeared, he adapted again. And when Hammy was introduced, the pair
demonstrated a documented form of cooperation while escaping through a secured
gate.
The viral story gets the broad idea right: Stoffel really was an extraordinary
escape artist. But some versions exaggerate or simplify the details. The
documented account is already remarkable enough without adding details that
the evidence does not support.
Overall assessment: The core Stoffel escape story is
documented by PBS NATURE and Moholoholo-related material. The specific viral
wording that Stoffel “stood on” Hammy to unlock the gate is misleading. The
PBS transcript instead describes Hammy climbing and pulling the bolts while
Stoffel held and pulled the gate.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
The Pader presents wildlife and science information using credible sources
and accessible language. Scientific information may be updated as new
research emerges.
A Cheetah Once Curled Up Beside a Wildlife Photographer — But the Viral Story Isn’t What It Seems
Quick Answer: The viral images and videos of a cheetah resting beside wildlife photographer Dolph C. Volker are real, but the common description is misleading. The encounter did not happen between a wild cheetah and a sleeping photographer in the African wilderness. It involved Eden, a captive cheetah at Cheetah Experience in South Africa, where Volker had spent time volunteering and building familiarity with the animals.
Introduction
Few wildlife images are as surprising as those showing a cheetah lying beside a sleeping human. Shared online, the scene has often been presented as though a wild cheetah suddenly approached a photographer in the African savannah and decided to sleep beside him.
The underlying encounter, however, is different from the viral version.
The man was wildlife photographer and animal advocate Dolph C. Volker, and the cheetah was Eden, a captive animal at Cheetah Experience in South Africa. Volker had already spent considerable time around the animals at the facility, and the relationship between him and Eden developed through repeated contact rather than a chance meeting with an unknown wild predator.
Eden, a captive cheetah, rests beside wildlife photographer Dolph Volker during a documented human-cheetah encounter. (Cover image: AI-generated wildlife illustration created for editorial and educational purposes.)
The Cheetah Was Eden
Eden was one of the cheetahs associated with Cheetah Experience, a South African conservation organization that provides care for cheetahs and other threatened or endangered animals. The organization was originally based in Bloemfontein before relocating to Bela Bela in Limpopo in 2021.
Volker first encountered Eden while volunteering at Cheetah Experience. Accounts of the relationship describe how the cheetah gradually became comfortable around him after repeated interactions.
That history matters because it changes how the encounter should be understood. This was not evidence that wild cheetahs normally approach sleeping humans. It was an unusual interaction involving a captive cheetah accustomed to human contact.
What Happened During the Encounter?
During one of Volker's periods at Cheetah Experience, he rested beneath a tree and eventually fell asleep. Eden approached him and began interacting with him.
Footage associated with Volker shows Eden grooming, nuzzling and resting close to him. Eventually, the cheetah settled beside him and appeared comfortable enough to remain there while he rested. Reports based on Volker's own account describe the interaction as including grooming, nibbling, purring and lying against him.
The encounter was therefore real, but its setting and circumstances are important. Eden was not an unfamiliar wild cheetah encountering a stranger in the open wilderness.
Why Would a Cheetah Become Comfortable Around a Human?
Cheetahs are not domesticated animals, but captive cheetahs that have experienced extensive human contact can become familiar with individual people.
Scientific research has shown that captive cheetahs can distinguish between familiar and unfamiliar human voices. In one study involving captive cheetahs in South Africa, animals responded differently to voices of familiar handlers and unfamiliar visitors. The researchers found greater visual attention and faster activity changes in response to familiar voices.
Other research has also documented affiliative behavior in captive cheetahs, including social grooming and interactions with human caretakers. This does not mean that cheetahs are domesticated or naturally safe around people; rather, it shows that individual experiences and captive environments can influence their responses to humans.
The Grooming Was More Than Just a Cute Moment
One of the most distinctive parts of Eden's interaction with Volker was grooming.
Grooming is an important social behavior in many mammals. In cheetahs, social grooming is documented between individuals, particularly in social groups such as male coalitions. Research on captive cheetahs has recorded affiliative behaviors including allogrooming between animals.
However, it would be too strong to conclude from one encounter that Eden literally considered Volker another cheetah. Volker described her behavior in those terms, but that is his interpretation of the interaction rather than something that can be independently established from the footage.
A Wild Cheetah Is Still a Wild Animal
The most important lesson from the story may be what it does not show.
Eden's behavior should not be interpreted as proof that wild cheetahs are naturally comfortable sleeping beside humans. The circumstances were highly unusual: she was a captive cheetah living in a managed environment and had repeated exposure to people.
Even captive animals can behave unpredictably, and familiarity does not remove an animal's natural instincts. Research on captive cheetahs distinguishes affiliative interactions from behaviors such as aggression and threat displays, demonstrating that these animals possess a broad behavioral repertoire rather than simply behaving like domestic cats.
For that reason, the viral version of the story can give readers the wrong impression if it suggests that approaching a wild cheetah would be safe.
Watch the Original Footage
The footage shows wildlife photographer Dolph C. Volker interacting with Eden, a captive cheetah at Cheetah Experience in South Africa. The video has been widely reshared online, sometimes with misleading descriptions suggesting that a wild cheetah unexpectedly approached a sleeping photographer.
The Conservation Story Behind the Viral Moment
Cheetah Experience describes its mission as raising awareness of the vulnerability of South African species and other endangered species through educational experiences and conservation work. The organization currently cares for cheetahs and several other threatened or endangered species.
The cheetah itself remains a species of conservation concern. Cheetah Experience identifies the cheetah as Vulnerable on the IUCN Red List, while the IUCN explains that the Vulnerable category represents a high risk of extinction in the wild under its assessment criteria.
That makes stories involving individual cheetahs more meaningful when they are presented accurately. A remarkable interaction can attract attention, but the conservation context explains why people and organizations document these animals and work to increase public understanding of their vulnerability.
What the Viral Posts Get Wrong
The viral story is not completely fabricated. The photographs and video depict a genuine interaction between Volker and a cheetah.
The problem is the way the event has sometimes been described.
Claims suggesting that a wild cheetah simply wandered up to an unsuspecting sleeping photographer in the African wilderness are misleading. Fact-checking of versions of the viral video has previously established that the footage came from Cheetah Experience in South Africa rather than from a temple or other unrelated location claimed in social-media posts.
The real story is already remarkable: a human who had developed familiarity with a captive cheetah experienced an unusually close interaction with her.
Why This Story Still Matters
Wildlife stories do not have to be exaggerated to be fascinating.
Eden's interaction with Volker provides a glimpse into the flexibility of animal behavior and shows how repeated experiences can influence the way captive cheetahs respond to familiar people. Scientific studies support the broader idea that cheetahs can distinguish familiar humans and display affiliative behaviors in human-care settings.
At the same time, accurately identifying the setting protects the animal story from becoming misinformation. Eden was not demonstrating that wild cheetahs are harmless. She was demonstrating an unusual relationship that developed in a very specific environment.
Conclusion
The image of a cheetah sleeping beside a photographer is real, but the viral version leaves out one of the most important details: the animal was a captive cheetah named Eden at Cheetah Experience in South Africa.
Dolph C. Volker's encounter with Eden remains an unusual example of human-animal familiarity, but it should be understood in its proper context. The story is less about a wild predator unexpectedly choosing a human as a sleeping companion and more about how repeated contact can create unusual interactions between people and individual captive animals.
That distinction matters. Wildlife becomes more fascinating—not less—when the real story is told accurately.
The central encounter was checked against reporting about Dolph C. Volker and Eden, including fact-checking that identifies Cheetah Experience in South Africa as the location associated with the viral footage. Cheetah Experience's current website was also checked for the organization's identity and conservation role. Scientific literature was reviewed for context concerning captive cheetah behavior, human familiarity, vocal recognition and affiliative behavior. The viral framing of a wild cheetah spontaneously approaching a sleeping photographer in the African wilderness is misleading. The available evidence supports describing Eden as a captive cheetah with prior human contact at Cheetah Experience. Claims about Eden's internal intentions or whether she literally regarded Volker as another cheetah are treated as interpretation rather than established fact.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
EDITORIAL NOTE
The Pader presents wildlife and science information using credible sources and accessible language. Scientific information may be updated as new research emerges.
How a Zookeeper Helped an Orangutan Learn to Nurse Her Baby
Quick Answer: Zoe, an orangutan at Metro Richmond Zoo in Virginia, struggled to nurse her first baby after being orphaned when she was young. Before the birth of her second baby in December 2022, zookeepers spent months helping her learn maternal behaviors through demonstrations, videos and a stuffed orangutan. After Zoe gave birth, zookeeper Whitlee Turner demonstrated breastfeeding by nursing her own baby, Caleb, in front of Zoe. Less than 24 hours later, Zoe successfully nursed her newborn for the first time.
Introduction
Sometimes, helping an animal means finding a way to communicate through behavior rather than words.
That was the challenge faced by keepers at Metro Richmond Zoo in Virginia when an orangutan named Zoe became a mother for the second time.
Zoe had struggled to care for her first baby, Taavi, in 2021. She did not nurse him properly or hold him close to her body, and zoo staff eventually had to hand-raise him. When Zoe became pregnant again, her keepers began preparing her months before the birth.
They used stuffed-animal demonstrations and videos of orangutan mothers caring for their babies. Then, after Zoe gave birth to her second son on December 12, 2022, the zoo tried something even more unusual: a zookeeper who was also a new mother breastfed her own baby in front of Zoe.
The result became one of the most unusual documented animal-care stories to emerge from a U.S. zoo.
A zookeeper demonstrates infant-care behavior while Zoe, an orangutan mother, watches with her newborn at a zoo. The demonstration was part of a months-long effort to help Zoe learn maternal behaviors. (Cover image: AI-generated wildlife illustration created for editorial and educational purposes.)
Who Is Zoe the Orangutan?
Zoe is an orangutan living at Metro Richmond Zoo in Moseley, Virginia. According to the zoo, she was orphaned when she was about nine months old after her own mother died unexpectedly.
That early loss became important when Zoe later became a mother herself. Zoo staff believed that her lack of experience around an adult orangutan mother may have contributed to her difficulty caring for her first baby.
It is important to be precise here: the zoo described this as a likely explanation rather than something that could be proven with certainty. The available reports do not establish that being orphaned was the sole reason Zoe struggled with motherhood.
Representative image: A Bornean orangutan mother and baby at Seneca Park Zoo. This photograph is not Zoe or her baby. Photo by Seneca Park Zoo keeper Brian Sheets, Wikimedia Commons, CC BY-SA 3.0.
Zoe Struggled With Her First Baby
In March 2021, Zoe gave birth to her first son, Taavi. The zoo reported that she did not show the expected maternal behaviors needed to safely care for him.
Instead of holding Taavi close to her body, Zoe held him away from herself and did not nurse him successfully. Keepers tried demonstrating how to hold and nurse a baby using a doll, but those attempts did not solve the problem.
Because Taavi needed reliable nutrition and care, zoo staff eventually took over his hand-rearing.
The experience showed the animal-care team that if Zoe became pregnant again, they would need to prepare her well before the next birth.
Keepers Spent Months Preparing Zoe
The solution was not simply a single demonstration.
During Zoe's second pregnancy, keepers used several approaches to expose her to behaviors associated with caring for an infant.
Jessica Gring, a lead zookeeper, demonstrated how an orangutan baby could cling to its mother's body by using a stuffed orangutan. She carried the toy around her neck and waist and demonstrated behaviors such as holding a baby while eating.
The zoo also set up a television inside Zoe's area so she could watch videos showing orangutan mothers giving birth and caring for their young.
These exercises were repeated over months, giving Zoe repeated opportunities to observe behaviors that she had apparently not experienced as a young orangutan.
Zoe Gave Birth to Her Second Baby
On December 12, 2022, Zoe gave birth to her second baby, a male orangutan.
This time, the keepers were watching closely to see whether the preparation had made a difference.
According to the zoo, Zoe began showing more appropriate behaviors with her newborn. She also allowed keepers to observe the baby's body and feet, mirroring some of the behavior that had previously been demonstrated using the stuffed animal.
But one critical challenge remained: Zoe had not yet successfully nursed her baby.
A Zookeeper Became Part of the Unusual Lesson
The zoo veterinarian contacted Whitlee Turner, a zookeeper who was also a new mother.
Turner had her own infant son, Caleb. The zoo asked whether she would breastfeed Caleb in front of Zoe so the orangutan could observe the process directly.
Turner agreed.
According to the zoo, she and Caleb went to Zoe's indoor area shortly after Zoe gave birth. Turner breastfed her son while deliberately making the demonstration easy for Zoe to observe.
She pointed between herself, Caleb and Zoe, and made sure Zoe could see the baby's positioning and latch.
ABC News reported that Turner conducted the demonstration in two sessions, rather than a single brief encounter. Zoe watched closely during the demonstrations but did not immediately nurse her own baby.
Less Than 24 Hours Later, Zoe Nursed Her Baby
The change came quickly.
The Metro Richmond Zoo reported that less than 24 hours after watching the breastfeeding demonstration, Zoe nursed her own baby for the first time. ABC News and The Washington Post independently reported the same sequence of events.
The timing is remarkable, but it should not be interpreted as proof that the human demonstration alone caused Zoe to learn how to nurse.
The zoo had already spent months preparing her with videos, stuffed-animal demonstrations and other forms of behavioral training. The live breastfeeding demonstration was one part of a much larger effort.
What can be documented is the sequence: Zoe received months of preparation, then observed Turner breastfeeding her son, and subsequently nursed her own newborn within 24 hours.
Why Did the Demonstration Make Sense?
Orangutans are highly capable of learning through observation. Their long developmental period also means that young orangutans spend years with their mothers learning behaviors and skills.
Smithsonian's National Zoo notes that orangutan infants have an exceptionally long period of dependence on their mothers. They learn what foods to eat, where to find them and how to navigate their environment through prolonged interaction with their mothers.
That makes maternal behavior especially important for a young orangutan's development.
In Zoe's case, however, she had lost her own mother at an early age. The zoo therefore attempted to provide her with alternative opportunities to observe maternal behaviors.
The goal was not to turn Zoe into a human-like mother. It was to give her opportunities to observe behaviors that were relevant to caring for her own infant.
Orangutan Mothers Normally Have a Long Relationship With Their Young
Orangutans have one of the longest periods of mother-infant dependence among land mammals.
Smithsonian's National Zoo reports that orangutan infants can nurse until around six or seven years old, although the timing of weaning varies. Female orangutans also typically have long intervals between births, meaning each infant represents a major investment of maternal care.
This long developmental period makes maternal care especially important.
Young orangutans do not simply receive food from their mothers. They gradually learn where food can be found, what foods are safe to eat and how to move through their environment.
In the wild, this knowledge is acquired over years of close association with the mother.
What Happened to Zoe's Baby?
When the zoo first announced the story in March 2023, Zoe's second baby was still unnamed publicly.
The Metro Richmond Zoo later updated its announcement and said the baby had officially been named Flynn.
The zoo reported that Zoe and her baby were healthy and bonding well. The Washington Post also reported that keepers observed the baby nursing successfully, gaining weight and reaching developmental milestones.
That outcome was particularly important because the purpose of the entire training effort was not simply to make Zoe perform a particular behavior. The goal was to help her care for her own baby safely.
Representative image: A Bornean orangutan mother with her baby at Little Rock Zoo. This is not Zoe and Flynn. Photo by Nngowen, Wikimedia Commons, CC BY-SA 4.0.
What This Story Teaches Us About Animal Learning
Zoe's story offers an unusual example of how animal-care teams can use observation and repetition when working with animals that have not acquired important behaviors normally learned from their own species.
It also illustrates why animal behavior should not always be reduced to simple explanations.
The fact that Zoe successfully nursed her second baby after months of preparation and a live demonstration does not mean that keepers can simply teach every animal a complex behavior by showing it a human example.
Instead, the story demonstrates the importance of individual experience, learning, observation and repeated exposure.
It also shows how unusual circumstances can require animal-care professionals to develop creative approaches tailored to a particular animal.
Orangutans Are Critically Endangered
The story also highlights the conservation importance of orangutans.
Bornean orangutans are classified as Critically Endangered, with habitat loss and hunting among the major threats to the species.
Orangutans live on the islands of Borneo and Sumatra, with the Tapanuli orangutan restricted to a small area of northern Sumatra. All three recognized orangutan species are under serious conservation pressure.
Their slow reproduction makes population recovery particularly difficult. Females normally have only one infant at a time and can go many years between births.
That means every successful birth and every healthy mother-infant relationship can be important within managed conservation populations.
Was the Viral Story True?
Yes — the core story is verified.
The Metro Richmond Zoo published its account on March 30, 2023, describing how Whitlee Turner breastfed her own son in front of Zoe after the orangutan had given birth to her second baby. The zoo reported that Zoe successfully nursed her own baby less than 24 hours later.
ABC News independently reported the same event and clarified that Turner demonstrated breastfeeding in two sessions. The Washington Post also reported that Zoe successfully nursed her newborn after observing Turner.
The main clarification is that the breastfeeding demonstration was not the only intervention. Zoo staff had spent months preparing Zoe through videos, stuffed-animal demonstrations and other behavioral work.
So the most accurate version of the story is not simply that “a zookeeper taught an orangutan to breastfeed.”
A more precise description is that zookeepers spent months preparing Zoe to care for her second baby, and a breastfeeding demonstration by a human zookeeper was one of the final interventions before Zoe successfully nursed her newborn.
Why Zoe's Story Matters
Zoe's story is memorable because it combines animal behavior, learning and human care in an unusual way.
But its deeper significance is the reminder that individual animals can have very different experiences. A behavior that normally develops through years of interaction with a mother may become difficult when an animal loses that opportunity early in life.
The response from the Metro Richmond Zoo was therefore not simply to remove the problem and raise another baby by hand. The team attempted to help Zoe acquire the behaviors she needed to raise her own offspring.
In the end, the intervention was successful enough for Zoe to nurse her baby and continue caring for him.
Conclusion
Zoe's journey from struggling with her first baby to successfully nursing her second shows how animal-care teams can use observation, repetition and creative behavioral training to help an individual animal overcome an unusual challenge.
The live breastfeeding demonstration by zookeeper Whitlee Turner became the most memorable part of the story, but it was only one piece of a much longer preparation process.
Less than 24 hours after watching Turner breastfeed her son, Zoe successfully nursed her own newborn.
Her story is a remarkable example of animal learning—and of the lengths keepers may go to help an animal become capable of caring for its own young.
Final Takeaway: Zoe did not simply learn from one demonstration. Her successful transition to motherhood followed months of preparation, observation and support from her keepers, with a human breastfeeding demonstration becoming one of the final steps in that process.
Amazing Animal Stories — Discover more documented stories about remarkable animals, unusual behavior, rescue, conservation and extraordinary encounters.
Sources and Further Reading
Metro Richmond Zoo — “Orangutan Learns How to Nurse from a Breastfeeding Zookeeper” (March 30, 2023).
Original source
Metro Richmond Zoo — “Meet Taavi – Baby Orangutan Born March 2” (August 19, 2021).
Original source
ABC News — “Orangutan learns to breastfeed by watching zookeeper breastfeed her infant son” (March 31, 2023).
Read the report
The Washington Post — “How a new mom taught an orangutan to breastfeed her newborn” (April 1, 2023).
Read the report
Smithsonian's National Zoo and Conservation Biology Institute — Orangutan biology, development and reproduction.
Read more
Wikimedia Commons — Representative Bornean orangutan mother and baby photograph by Seneca Park Zoo keeper Brian Sheets, CC BY-SA 3.0.
Image source and license
Wikimedia Commons — Representative Bornean orangutan mother and baby photograph by Nngowen, CC BY-SA 4.0.
Image source and license
FACT-CHECK
Status: FACT-CHECKED
The central story was checked against the Metro Richmond Zoo's original March 2023 account and independently reported by ABC News and The Washington Post. The zoo confirms that Zoe struggled to nurse her first baby, that staff prepared her for her second birth through multiple behavioral demonstrations, that zookeeper Whitlee Turner breastfed her own son in front of Zoe in two sessions, and that Zoe nursed her own newborn less than 24 hours later.
The article does not claim that the live breastfeeding demonstration alone caused Zoe's successful nursing. The zoo's account makes clear that the demonstration was part of a broader preparation effort that included videos and repeated demonstrations with a stuffed orangutan.
The article also avoids treating the zoo's explanation that Zoe may not have learned maternal behaviors because she was orphaned as a proven biological cause. That explanation is attributed to the zoo and presented as a likely factor rather than an established certainty.
Representative Wikimedia Commons images used in the article are clearly identified as not Zoe or her baby. Their respective Creative Commons licenses and photographers are credited.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
EDITORIAL NOTE
The Pader presents wildlife and science information using credible sources and accessible language. Scientific information may be updated as new research emerges.
Elephant Crisis Fund Commits Record $1.2 Million to Protect Angola’s Remaining Forest Elephants
Quick Answer: The Elephant Crisis Fund has approved a record US$1.2 million grant over three years for Project Nzau, a conservation program protecting Angola’s remaining forest elephants. The project will expand elephant monitoring, GPS tracking, genetic research, community coexistence programs and conservation awareness across areas where the species may still survive.
Introduction
One of Africa’s least-known elephant populations is receiving a major conservation boost after the Elephant Crisis Fund approved its largest single grant in 13 years.
The fund has committed US$1.2 million over three years to Project Nzau, an initiative led by Angola’s Kissama Foundation in partnership with BIOPOLIS to strengthen research and conservation efforts for the country’s remaining forest elephants.
Conservation groups estimate that fewer than 200 forest elephants may remain in Angola. These animals live in forested areas east and northeast of Luanda and, according to project sources, occur entirely outside formally protected areas.
The new funding will support a combination of scientific monitoring, elephant tracking, genetic research, community-based conservation and efforts to reduce conflict between elephants and farmers.
Leonardo DiCaprio has long been connected to elephant conservation through the Elephant Crisis Fund, which has committed a record $1.2 million over three years to support efforts to protect Angola’s remaining forest elephants. (Cover image: AI-generated wildlife illustration created for editorial and educational purposes.)
Angola’s Forest Elephants Are Critically Endangered
The African forest elephant (Loxodonta cyclotis) is a distinct species from the African savanna elephant (Loxodonta africana). The African forest elephant is classified as Critically Endangered on the IUCN Red List.
The species has experienced severe declines over recent decades, with poaching and habitat loss identified among its major threats.
Forest elephants are also ecologically important. They move through forests while feeding on vegetation and can contribute to seed dispersal, helping shape the ecosystems in which they live.
African forest elephants. This representative species photograph was taken in the Republic of Congo, not Angola. Photo: Matt Muir via Wikimedia Commons, CC BY 4.0. Source: Wikimedia Commons.
Fewer Than 200 May Remain in Angola
Project Nzau focuses on one of the smallest and most isolated populations of African forest elephants.
The Elephant Crisis Fund and CIBIO estimate that no more than 200 forest elephants remain in Angola. They are found in forested escarpments east and northeast of Luanda, where conservationists are still working to understand the full distribution of the population.
The elephants face several overlapping threats, including habitat loss, poaching, road accidents and conflict with farmers.
Their situation is made more difficult because they live outside established protected areas. That means conservation efforts have to operate across landscapes where wildlife and human communities share the same space.
What Is Project Nzau?
Project Nzau is a long-running conservation initiative led by the Kissama Foundation, an Angolan conservation organization, with support from BIOPOLIS, a research institution based in Portugal.
The Elephant Crisis Fund has supported the project since 2019. Earlier work focused on establishing a better understanding of the elephants and documenting their presence, movements and threats.
The new funding will allow the project to expand substantially.
How the $1.2 Million Will Help
GPS Tracking of Elephants
One of the project's major activities will be the use of GPS collars to monitor elephant movements.
Tracking data can help researchers determine where elephants travel, identify important habitat and locate areas where encounters between elephants and people are most likely to occur.
This information can then be used to help design more effective coexistence measures.
Genetic Research
The project also plans to use genetic analysis to establish a stronger population baseline.
Forest elephants are difficult to survey because they can move through dense forest and remote landscapes. Genetic information can help researchers identify individuals and improve understanding of population size and structure.
For a population as small as Angola’s, better information can make a major difference in conservation planning.
Forest elephants in Central Africa. This representative image shows the species Loxodonta cyclotis and was photographed in the Republic of Congo, not Angola. Photo: Matt Muir via Wikimedia Commons, CC BY 4.0. Source: Wikimedia Commons.
Reducing Human-Elephant Conflict
Another important part of Project Nzau is reducing conflict between elephants and farming communities.
When elephants enter agricultural areas and damage crops, farmers can experience significant losses. In some situations, these encounters can lead to retaliation against elephants.
The new project will establish a human-elephant coexistence program designed to help communities deter elephants from crop-raiding while reducing the likelihood of dangerous encounters.
Expanding the Elephant Guardian Network
The project will also expand its elephant guardian initiative.
Local guardians can monitor elephant activity, document movement and crop damage, and help conservation teams understand what is happening on the ground.
Community-based monitoring is particularly important in areas where elephants move outside formal protected areas.
National Conservation Awareness
The project will also conduct awareness campaigns aimed at improving public understanding of Angola’s forest elephants.
The Elephant Crisis Fund says some people living alongside the elephants are not aware that killing elephants is illegal. Conservation education is therefore intended to address both knowledge gaps and attitudes toward the species.
The Project Will Expand Across Eight Provinces
Project Nzau previously operated in three Angolan provinces. The new funding will allow the team to expand its work to all eight provinces where forest elephants may still survive.
The project will work with provincial authorities and Angola’s National Institute for Biodiversity and Conservation Areas, known as INBAC.
Expanding the survey area could help researchers determine whether additional forest elephants remain in remote areas that have not yet been adequately studied.
Why Human-Elephant Coexistence Matters
Protecting a small elephant population requires more than tracking individual animals.
Forest elephants may cross farmland, roads and other areas used by people. When their movements bring them into conflict with communities, the consequences can affect both sides.
Project Nzau therefore combines wildlife research with practical coexistence measures.
The project plans to support a new human-elephant coexistence field centre, expand elephant guardians and help communities develop ways to reduce crop-raiding and other sources of conflict.
The approach recognizes that long-term elephant conservation depends partly on whether people living near the animals can coexist with them safely.
Leonardo DiCaprio’s Connection to the Conservation Fund
The announcement has also attracted attention because of the Elephant Crisis Fund’s connection to Leonardo DiCaprio.
That connection is real, but it needs to be described accurately.
The Elephant Crisis Fund was established by Save the Elephants and the Wildlife Conservation Network in partnership with the Leonardo DiCaprio Foundation, now known as Re:wild. The foundation helped support the creation of the fund in 2013.
However, the current US$1.2 million grant was approved by the Elephant Crisis Fund. It should not be described as a personal US$1.2 million donation from Leonardo DiCaprio.
Why the Grant Is Significant
The size of the grant is significant because Angola’s forest-elephant population is extremely small and relatively poorly documented.
The project needs to answer basic conservation questions: Where exactly are the elephants? How many remain? How are they moving between forest areas? Where are conflicts with people occurring? And which areas are most important for their survival?
GPS tracking, genetic analysis and field monitoring can help provide answers to those questions.
At the same time, community programs can address one of the most immediate challenges facing elephants that live outside protected areas: how to reduce conflict with people.
The Global Forest Elephant Picture
Angola’s fewer-than-200 estimate should not be confused with the total number of African forest elephants remaining across Africa.
A 2025 IUCN assessment estimated approximately 135,690 African forest elephants in surveyed areas, with additional animals in areas that were not systematically surveyed.
However, IUCN emphasized that the updated number should not be interpreted as population growth. Improved survey coverage and DNA-based methods allowed researchers to detect elephants more accurately than in earlier assessments.
The species nevertheless remains Critically Endangered, and major threats including poaching and habitat destruction continue to affect populations across its range.
What Happens Next?
The new three-year funding phase gives Project Nzau additional resources to expand its work throughout Angola.
Researchers and conservationists will conduct surveys, track elephants, study their genetics, monitor human-elephant conflict and strengthen community engagement.
The project will also investigate areas where forest elephants may still survive but where information remains limited.
For Angola’s remaining forest elephants, the immediate objective is not simply to increase their numbers overnight. It is to understand the population better, reduce the threats it faces and create conditions in which the animals can persist and potentially recover over the long term.
Conclusion
Angola's forest elephants represent one of Africa's most isolated and vulnerable elephant populations. With fewer than 200 believed to remain in the country, even relatively small losses can have serious consequences for the population.
The Elephant Crisis Fund's US$1.2 million commitment gives Project Nzau three years of additional resources for research, monitoring, community coexistence and conservation awareness.
Whether the effort ultimately leads to population recovery will depend on how effectively threats are reduced and whether elephants and communities can safely share the landscapes where the species survives.
The US$1.2 million figure, three-year duration, Project Nzau activities and planned expansion across eight provinces were checked against 2026 announcements from the Wildlife Conservation Network/Elephant Crisis Fund and CIBIO.
The estimate of fewer than 200 forest elephants refers specifically to Angola. It is not the global population of African forest elephants. The species' Critically Endangered status was checked against IUCN material.
The article also distinguishes the Elephant Crisis Fund's grant from Leonardo DiCaprio personally. The Leonardo DiCaprio Foundation, now known as Re:wild, was an early partner in establishing the Elephant Crisis Fund, but the current US$1.2 million commitment is attributed to the Elephant Crisis Fund.
The two supporting photographs in this article are representative images of African forest elephants photographed in the Republic of Congo. They are clearly identified as such and are not presented as photographs taken in Angola.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
EDITORIAL NOTE
The Pader presents wildlife and science information using credible sources and accessible language. Scientific information may be updated as new research emerges.
How Cambodia’s 24-Hour Hotline Is Saving the Mekong’s Giant Fish
Quick Answer: Cambodia has developed a conservation system that combines a 24-hour hotline, the Mekong Fish App, local fishing communities, government officials, and a rapid-response team to rescue endangered giant fish accidentally caught in the Mekong. Between mid-November and early February, the system helped return 92 large fish alive to the river, including Mekong giant catfish, giant barb, seven-striped barb, and striped catfish.
Introduction
Imagine pulling a giant fish from the Mekong River and realizing that the animal in your net is not something to sell, but a species that conservationists are desperately trying to protect.
For fishermen along Cambodia's Mekong River, that situation can now trigger a very different response.
A new conservation network gives local fishing communities a direct way to report endangered fish caught accidentally. Instead of leaving fishermen to handle the situation alone, a national hotline, mobile reporting system, and rapid-response team can bring scientists and fisheries officials to the site.
The approach has already produced a remarkable result.
Between mid-November and early February, the program helped return 92 large fish alive to the river. The rescued animals included critically endangered Mekong giant catfish and giant barb, along with seven-striped barb and striped catfish.
The effort offers an unusual example of conservation in which fishermen are not simply being asked to avoid endangered animals. They are becoming active participants in finding, reporting, measuring, tagging, and releasing them.
A Mekong giant catfish swims through freshwater habitat. The species is among the threatened giant fish at the center of conservation efforts in the Mekong River. (Cover image: AI-generated wildlife illustration created for editorial and educational purposes.)
Why the Mekong’s Giant Fish Matter
The Mekong River is home to some of the largest freshwater fish on Earth.
Among them is the Mekong giant catfish (Pangasianodon gigas), a species native to the Mekong basin and classified as Critically Endangered. The species can reach enormous sizes, with documented individuals weighing hundreds of kilograms.
The Mekong giant catfish is also a migratory fish. Its survival depends on a functioning river system that allows fish to move between important habitats.
WWF describes the species as one of the flagship animals of the Mekong region and notes that its decline is associated with pressures including overfishing and habitat degradation.
The Mekong giant catfish is not the only threatened giant fish in the river. The basin also supports other unusually large species, including the giant barb and giant freshwater stingray.
These animals are important not simply because of their size. Their presence also provides information about the condition and connectivity of the river ecosystem.
Mekong giant catfish — A species at the center of conservation efforts in the Mekong River. Credit: Cool critter channel, Wikimedia Commons, CC BY 4.0.
How Giant Fish Became So Rare
The Mekong's giant fish once occurred in much greater numbers than they do today.
Several pressures have contributed to their decline, including overfishing, changes to river flows, habitat disruption, dams, and sand mining.
Large migratory fish are particularly vulnerable because they may need to travel long distances between feeding, breeding, and other important habitats.
When the river's natural seasonal patterns are disrupted, the effects can extend beyond a single location.
For the Mekong giant catfish, conservation researchers have long been concerned about declining catches and the loss of large individuals.
Historical observations from fishermen also provide a striking picture of how much the river has changed. Fishers who worked along the Mekong decades ago remembered catching large numbers of giant fish, including enormous catfish that would be difficult to imagine encountering today.
The Problem With Accidental Catches
One of the challenges facing conservationists is that not every endangered fish is deliberately targeted.
Some giant fish are caught accidentally as bycatch while fishermen are trying to catch other species.
That creates a narrow window for conservation action.
A fish may be alive when it is pulled from the water, but its chances of surviving can depend on how quickly it is identified, handled, and returned to an appropriate part of the river.
In the past, information about accidental catches could travel slowly. Researchers might learn about a fish only after it had already been sold or removed from the river.
The new system is designed to shorten that gap between capture and response.
How the 24-Hour Hotline Works
The conservation network introduced a national hotline that allows fishing communities to report endangered fish when they are accidentally caught.
When a report is received, local officials and the rapid-response team can coordinate a rescue.
In one January incident, a fisherman reported a 209-pound Mekong giant catfish. Chea Seila, a member of the rapid-response team, traveled to the location with colleagues.
The fish was measured and tagged before being released back into the river.
Another call concerned a 172-pound giant barb near Phnom Penh. The response team again mobilized and the fish was returned to the river.
These incidents demonstrate why timing matters. A conservation program does not have to prevent every accidental capture if it can rapidly turn a potentially fatal event into a successful release.
The Mekong Fish App Adds Another Layer
The hotline is only one part of the system.
Researchers and conservation partners also developed the Mekong Fish App, which allows fishers to record catches in near real time.
Information can include measurements and photographs, while GPS data help document where the fish was caught.
Threatened species can trigger alerts to fisheries officials, allowing conservation teams to respond more quickly.
The technology also serves another purpose: collecting information about fish that researchers rarely see directly.
For years, scientists studying rare river fish have faced a basic problem. When an animal becomes difficult to find, it becomes difficult to determine exactly where it still lives and how frequently it moves through the river.
Reports from fishermen can help fill some of those gaps.
Fishermen Became Conservation Partners
The technology works because it is supported by relationships built between researchers and fishing communities.
Local fishermen are often the people most likely to encounter large fish in the river. Their observations can therefore provide valuable information that would be difficult for researchers to collect alone.
According to conservation researchers involved in the program, years of communication and outreach helped build enough trust for fishermen to report endangered fish rather than quietly selling them.
This changes the role of the fishing community.
Instead of being viewed only as a source of pressure on threatened fish populations, fishermen can become an important part of the monitoring and rescue network.
That cooperation is particularly important in a river system where millions of people depend on fisheries for food and livelihoods.
92 Giant Fish Returned to the River
During the period from mid-November to early February, the coordinated program returned 92 large fish alive to the Mekong.
Fish
Number Released
Mekong giant catfish
24
Giant barb
23
Seven-striped barb
32
Striped catfish
13
Every one of those releases represents more than a single rescued animal.
The fish were also measured and tagged as part of the conservation effort. That means individual rescues can contribute to a larger scientific picture of the species' distribution, movements, and condition.
Does 92 Rescued Fish Mean the Population Has Recovered?
Not necessarily.
This is one of the most important details to understand about the recent results.
Researchers believe that the increase in reported fish probably reflects a combination of better reporting and changes in the fish population or its distribution.
For years, some seasons produced very few reported giant fish. With the new communication system, more fishermen are now reporting accidental catches, and the monitoring area is broader.
That means the number of documented fish cannot simply be interpreted as a direct population count.
There are also reasons for caution.
Many of the fish encountered recently have been smaller than the giant individuals remembered from previous decades. During the reported season, only one fish exceeded 200 pounds.
A larger number of younger fish can be encouraging because it may indicate recruitment, but it does not by itself prove that the population has fully recovered.
Researchers therefore describe the development as a reason for cautious optimism rather than evidence that the conservation problem is solved.
Why Smaller Fish Can Still Be Important
The size of the fish provides another clue about what may be happening in the river.
Very large fish are generally older individuals. If a population contains more younger fish than older giants, it can indicate that reproduction and recruitment are occurring even when the population structure remains unhealthy.
That is why conservation scientists are interested not only in how many fish are found, but also in their sizes, locations, movements, and survival after release.
Long-term monitoring is needed to determine whether recent observations represent a genuine improvement in population status.
The Mekong Is Still Under Pressure
The rescue network does not remove the larger environmental pressures affecting the Mekong.
Dams, hydropower development, sand mining, altered water flows, habitat changes, and fishing pressure continue to affect the river system.
For migratory fish, changes in connectivity can be especially important because animals may need access to different sections of the river during different stages of their lives.
This means that rescuing individual fish is only one part of conservation.
A successful long-term strategy also requires protecting habitats, maintaining river connectivity, improving fisheries management, and continuing to work with communities that depend on the Mekong.
A Different Kind of Conservation Story
The Mekong rescue network demonstrates an important principle in wildlife conservation: protecting animals does not always begin inside a laboratory, national park, or wildlife sanctuary.
Sometimes it begins with a fisherman making a phone call.
A hotline cannot restore a damaged river by itself. An app cannot stop every threat facing endangered fish. And releasing 92 animals does not automatically mean that their populations have recovered.
But these tools can solve a very specific problem: giving an endangered animal a better chance of surviving an accidental encounter with people.
They also turn individual encounters into scientific information that can help researchers understand where threatened fish are still being found.
What the Mekong’s Giant Fish Still Need
The recent rescues provide evidence that endangered giant fish are still present in parts of the Mekong and that local communities can play a meaningful role in protecting them.
But the future of these species depends on what happens beyond individual rescues.
Scientists still need better information about population sizes, migration routes, reproduction, habitat use, and survival after release.
At the same time, conservation efforts must address the wider changes affecting the river.
The hotline and rapid-response network therefore represent one piece of a much larger conservation challenge.
The Takeaway
Cambodia's 24-hour fish rescue hotline shows how technology and local knowledge can work together to protect some of the Mekong's most threatened animals.
Between mid-November and early February, the system helped return 92 large fish to the river after they were accidentally caught, including Mekong giant catfish and giant barb.
The result should not be mistaken for proof that the Mekong's giant fish have recovered. Researchers say improved reporting likely explains part of the increase, while the continued presence of smaller fish and ongoing threats means long-term monitoring remains essential.
What makes the effort remarkable is that conservation begins with a simple action: when a giant endangered fish appears in a fishing net, someone now has a way to call for help.
National Geographic: Reporting on Cambodia's 24-hour hotline, Mekong Fish App, rapid-response team, and the 92 endangered fish returned to the river in the 2025–2026 fishing season.
University of Nevada, Reno: Information and reporting connected to freshwater fish biologist Zeb Hogan and the Wonders of the Mekong research program.
WWF-Cambodia: Species information on the Mekong giant catfish, including its Critically Endangered status, biology, and conservation threats.
FishBase: Species information for the Mekong giant catfish, including its distribution, biology, migratory behavior, and conservation status.
Global Ecology and Conservation: 2026 research examining bycatch records, distribution, body size, and possible population changes in the critically endangered Mekong giant catfish.
FACT-CHECK
Status: FACT-CHECKED
The article was checked against National Geographic's June 2026 report on Cambodia's Mekong megafish rescue system, supporting species information from WWF-Cambodia and FishBase, and a 2026 peer-reviewed study on Mekong giant catfish bycatch.
The figure of 92 fish refers specifically to large fish that were unintentionally caught and subsequently returned alive between mid-November and early February through the reported conservation effort. It should not be interpreted as a direct estimate of the total wild population.
The article also distinguishes improved reporting from confirmed population recovery. Researchers cited in the 2026 reporting indicated that both better reporting and possible changes in fish abundance or distribution may explain the increase in documented catches.
The Mekong giant catfish is described as Critically Endangered, consistent with WWF-Cambodia and FishBase sources.
The Pader
Wildlife, Nature & Science
Written for The Pader by Sahim Ader
EDITORIAL NOTE
The Pader presents wildlife and science information using credible sources and accessible language. Scientific information may be updated as new research emerges.
