
Thursday, 12 March 2026
New Baby Boom for Cheetahs in India After First-in-the-World Reintroduction

Friday, 20 February 2026
Billionaire Auctions Rembrandt Lion Drawing for $18M to Help Save the Animal it Depicts, Thanks to Tom Kaplan

Yesterday, Sotheby’s oversaw the record $18 million sale of a drawing by Rembrandt: one of 6 drafts he made of lions, and the only one to have resided in private hands.
Those hands belong to Dr. Thomas S. Kaplan and his wife, who along with standing foremost among the world’s private Rembrandt collectors, ride in the vanguard of global wildlife conservation on behalf of the very cat the drawing so vividly depicts.
Founder of both the Leiden Collection of Dutch and Flemish master works and Panthera, the world’s leading conservation organization dedicated exclusively to wild cats big and small, Dr. Kaplan has been able to synergistically marry these two passions, leveraging one to fund the other, as all proceeds from the record-setting, $17.9 million sale will help ensure the lion survives long beyond both Rembrandt’s time, and our own.
Called Young Lions Resting, Rembrandt depicts with superb draftsmanship the languid, fearless pose of the lion through loose, confident strokes, particularly in the modeling of the lion’s paws, and a controlled shading that brings its gaze to life.
Dr. Kaplan, who’s spoken to GNN before about his work at Panthera, explained how it was the most he and his wife had ever paid for an object after they embarked upon their anonymous journey of collection Rembrandt and other Dutch/Flemish masters pieces in 2003.
“We recognized immediately the synergy, as my wife told me when I asked her opinion of it when I took her to see it before buying it: she responded ‘it’s a Rembrandt, it’s a lion, and it’s beautiful; if it’s not for you then who’s it for?” Kaplan told GNN.
Only 6 drawings of lions by Rembrandt are currently known. Young Lion Resting is the first drawing by the master to come to the market in a century, and the $17.9 million sale price sets a new record for a drawing by Rembrandt by almost $15 million.
Kaplan founded Panthera along with renowned and late conservationist Dr. Alan Rabinowitz just one year after he bought the painting in 2005. Highlighting the plight of the lion across its entire native range, the sale of Young Lion Resting at Sotheby’s was paired with a faithful reproduction entitled Young Lion Vanished, wherein the animal Rembrandt so skillfully brought to life on the paper is replaced by a void—a reality on our Earth across 95% of the lion’s former range.
“Is it savable? Yes, it is, and with much larger landscapes than with the tiger in India. But, in 26 out of the 48 countries through which it roamed, it’s now extinct,” says Dr. Kaplan, who’s involvement in Panthera goes far beyond his role as its billionaire philanthropist founder, and stretches well into the scientific.

While Panthera has achieved incredible results protecting leopards and jaguars, Dr. Kaplan says that as regards the lion, its programs are still about “playing defense.”
“The lion is not there not, but it could be. I don’t believe it will ever be extinct in the wild, but it might come to exist only in fortresses, and we want to see more connectivity.”
Young Lion Resting was co-owned with the chair of Panthera’s board of directors, Jon Ayer, who’s spoken with GNN multiple times, and who provided a statement to mark the sale.
“The pulse of life that Rembrandt captured in this lion’s gaze continues to beat today through our conservation field programs,” said Ayers. “This sale provides Panthera with critical resources to combat poaching and habitat loss globally, ensuring that the majesty Rembrandt admired in the 17th century survives well into the 21st and beyond.”
Those resources come as the organization he chairs and Kaplan founded will celebrate its 20th anniversary this year. The auction proceeds will support science-directed initiatives fostering human-wild cat coexistence and critical landscape protection in some 40 countries across four continents.
“We probably spend 80% of our time working with people to ensure that we’ve protected them from the human-animal conflict that usually precedes the slaughter of the animals. If people don’t have to kill lions, usually they don’t, but if all of your material wellbeing is wrapped up in a cow or a goat, you’re not going to take that loss stoically,” Dr. Kaplan remarked empathetically.
“You’re going to make sure that doesn’t happen again. On the other hand if you create good fences, generally speaking people do not want to kill the cat.”Kaplan told GNN that among those whose job it is to know within the federal government, there is a belief that if Panthera can’t save a wildcat, no one can. If that’s true, then this record Rembrandt auction suggests the lion is in a safe pair of paw Billionaire Auctions Rembrandt Lion Drawing for $18M to Help Save the Animal it Depicts, Thanks to Tom Kaplan
Thursday, 12 February 2026
The Tiger Population Doubled in India in Just Ten Years

Monday, 9 February 2026
Astonishing 916% Increase in Breeding Birds Seen at England’s Premier Rewilding Project



Thursday, 15 January 2026
Rare Twins Born to Mountain Gorilla Family in Virunga National Park

Thursday, 11 December 2025
30,000 Animals Rescued from Illegal Captivity in the Largest Wildlife Trafficking Raid in History

Saturday, 15 November 2025
Botswana gifts India eight Cheetahs, lauds India's landmark wildlife conservation initiative
Tuesday, 11 November 2025
New discovery reveals chimpanzees in Uganda use flying insects to tend their wounds
Kayla Kolff, Osnabrück University
Animals respond to injury in many ways. So far, evidence for animals tending wounds with biologically active materials is rare. Yet, a recent study of an orangutan treating a wound with a medicinal plant provides a promising lead.
Chimpanzees, for example, are known to lick their wounds and sometimes press leaves onto them, but these behaviours are still only partly understood. We still do not know how often these actions occur, whether they are deliberate, or how inventive chimpanzees can be when responding to wounds.
Recent field observations in Uganda, east Africa, are now revealing intriguing insights into how these animals cope with wounds.
As a primatologist, I am fascinated by the cognitive and social lives of chimpanzees, and by what sickness-related behaviours can reveal about the evolutionary origins of care and empathy in people. Chimpanzees are among our closest living relatives, and we can learn so much about ourselves through understanding them.
In our research based in Kibale National Park, Uganda, chimpanzees have been seen applying insects to their own open wounds on five occasions, and in one case to another individual.
Behaviours like insect application show that chimpanzees are not passive when wounded. They experiment with their environment, sometimes alone and occasionally with others. While we should not jump too quickly to call this “medicine”, it does show that they are capable of responding to wounds in inventive and sometimes cooperative ways.
Each new insight adds reveals more about chimpanzees, offering glimpses into the shared evolutionary roots of our own responses to injury and caregiving instincts.
First catch your insect
We saw the insect applications by chance while observing and recording their behaviour in the forest, but paid special attention to chimpanzees with open wounds.Insect application by subadult Damien.
In all observed cases, the sequence of actions seemed deliberate. A chimpanzee caught an unidentified flying insect, immobilised it between lips or fingers, and pressed it directly onto an open wound. The same insect was sometimes reapplied several times, occasionally after being held briefly in the mouth, before being discarded. Other chimpanzees occasionally watched the process closely, seemingly with curiosity.
Most often the behaviour was directed at the chimpanzee’s own open wound. However, in one rare instance, an adolescent female applied an insect to her brother’s wound. A study on the same community has shown that chimpanzees also dab the wounds of unrelated members with leaves, prompting the question of whether insect application of these chimpanzees, too, might extend beyond family members. Acts of care, whether directed towards family or others, can reveal the early foundations of empathy and cooperation.
The observed sequence closely resembles the insect applications seen in Central chimpanzees in Gabon, Africa. The similarity suggests that insect application may represent a more widespread behaviour performed by chimpanzee than previously recognised.
The finding from Kibale National Park broadens our view of how chimpanzees respond to wounds. Rather than leaving wounds unattended, they sometimes act in ways that appear deliberate and targeted.
Chimpanzee first aid?
The obvious question is what function this behaviour might serve. We know that chimpanzees deliberately use plants in ways that can improve their health: swallowing rough leaves that help expel intestinal parasites or chewing bitter shoots with possible anti-parasitic effects.
Insects, however, are a different matter. Pressing insects onto wounds has not yet been shown to speed up healing or reduce infection. Many insects do produce antimicrobial or anti-inflammatory substances, so the possibility is there, but scientific testing is still needed.
For now, what we can say is that the behaviour appears to be targeted, patterned and deliberate. The single case of an insect being applied to another individual is especially intriguing. Chimpanzees are highly social animals, but active helping is relatively rare. Alongside well-known behaviours such as grooming, food sharing, and support in fights, applying an insect to a sibling’s wound hints at another form of care, one that goes beyond maintaining relationships to possibly improving the other’s physical condition.
Big questions
This behaviour leaves us with some big questions. If insect application proves medicative, it could explain why chimpanzees do it. This in turn raises the question of how the behaviour arises in the first place: do chimpanzees learn it by observing others, or does it emerge more spontaneously? From there arises the question of selectivity – are they choosing particular flying insects, and if so, do others in the group learn to select the same ones?
In human traditional medicine (entomotherapy), flying insects such as honeybees and blowflies are valued for their antimicrobial or anti-inflammatory effects. Whether the insects applied by chimpanzees provide similar benefits is still to be investigated.
Finally, if chimpanzees are indeed applying insects with medicinal value and sometimes placing them on the wounds of others, this could represent active helping and even prosocial behaviour. (The term is used to describe behaviours that benefit others rather than the individual performing them.)
Watching chimpanzees in Kibale National Park immobilise a flying insect and gently press it onto an open wound reminds us how much there is still to learn about their abilities. It also adds to the growing evidence that the roots of care and healing behaviours extend much further back in evolutionary time.
If insect applications prove to be medicinal, this adds to the importance of safeguarding chimpanzees and their habitats. In turn, these habitats protect the insects that can contribute to chimpanzee well-being.![]()
Kayla Kolff, Postdoctoral researcher, Osnabrück University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
Monday, 4 August 2025
Family’s Escaped Parakeet Found More Than a Hundred Miles Away from Home: ‘That’s Unheard of!’
Yianoulla Evangelou reunited with Rambi the large green Alexandrine parakeet – SWNS photofoun
Wednesday, 4 June 2025
A free clinic for donkeys, vital to Ethiopia's economy



Tuesday, 25 February 2025
England’s Largest Bird Sanctuary Grows by 30%: ‘It’s incredible, the place just swarms with birdlife’


Monday, 24 February 2025
The Emotional Moment Dog was Returned to Owners 7 Years After Being Stolen
RSPCA inspector Kim Walters (left), pictured with colleague Andy Cook – credit: RSPCA, suppliedFriday, 13 December 2024
New Zealand plans to ban greyhound racing, citing high injury rates
Thursday, 17 October 2024
After a Shark Attack Doctors Found a Tooth in His Arm–He Now Wears it as an Earring ‘Trophy’


Saturday, 6 July 2024
Indian pets owners highly aware of viruses, few clean homes daily: Report
Monday, 17 June 2024
Meet Bao Li and Qing Bao–the National Zoo's Returning Pandas After a Panda-less Year in D.C.

Friday, 31 May 2024
John, Jacqueliene, Sunny, Raveena call for stricter laws to end cruelty against animals

Wednesday, 1 May 2024
Watch a Dog Mimic a Weightlifter By Doing Squats and Lifting Invisible Barbells (Sunday Funnies)

Sunday, 24 March 2024
Can animals give birth to twins?
We are faculty members at Mississippi State University College of Veterinary Medicine. We’ve been present for the births of many puppies and kittens over the years – and the animal moms almost always deliver multiples.
But are all those animal siblings who share the same birthday twins?
Twins are two peas in a pod
Twins are defined as two offspring from the same pregnancy.
They can be identical, which means a single sperm fertilized a single egg that divided into two separate cells that went on to develop into two identical babies. They share the same DNA, and that’s why the two twins are essentially indistinguishable from each other.
Twins can also be fraternal. That’s the outcome when two separate eggs are fertilized individually at the same time. Each twin has its own set of genes from the mother and the father. One can be male and one can be female. Fraternal twins are basically as similar as any set of siblings.
Approximately 3% of human pregnancies in the United States produce twins. Most of those are fraternal – approximately one out of every three pairs of twins is identical.
Multiple babies from one animal mom
Each kind of animal has its own standard number of offspring per birth. People tend to know the most about domesticated species that are kept as pets or farm animals.
One study that surveyed the size of over 10,000 litters among purebred dogs found that the average number of puppies varied by the size of the dog breed. Miniature breed dogs – like chihuahuas and toy poodles, generally weighing less than 10 pounds (4.5 kilograms) – averaged 3.5 puppies per litter. Giant breed dogs – like mastiffs and Great Danes, typically over 100 pounds (45 kilograms) – averaged more than seven puppies per litter.
When a litter of dogs, for instance, consists of only two offspring, people tend to refer to the two puppies as twins. Twins are the most common pregnancy outcome in goats, though mom goats can give birth to a single-born kid or larger litters, too. Sheep frequently have twins, but single-born lambs are more common.
Horses, which are pregnant for 11 to 12 months, and cows, which are pregnant for nine to 10 months, tend to have just one foal or calf at a time – but twins may occur. Veterinarians and ranchers have long believed that it would be financially beneficial to encourage the conception of twins in dairy and beef cattle. Basically the farmer would get two calves for the price of one pregnancy.
But twins in cattle may result in birth complications for the cow and undersized calves with reduced survival rates. Similar risks come with twin pregnancies in horses, which tend to lead to both pregnancy complications that may harm the mare and the birth of weak foals.
DNA holds the answer to what kind of twins
So plenty of animals can give birth to twins. A more complicated question is whether two animal babies born together are identical or fraternal twins.
And reproduction is different in various animals. For instance, nine-banded armadillos normally give birth to identical quadruplets. After a mother armadillo releases an egg and it becomes fertilized, it splits into four separate identical cells that develop into identical pups. Its relative, the seven-banded armadillo, can give birth to anywhere from seven to nine identical pups at one time.
There’s still a lot that scientists aren’t sure about when it comes to twins in other species. Since DNA testing is not commonly performed in animals, no one really knows how often identical twins are born. It’s possible – maybe even likely – that identical twins may have been born in some species without anyone’s ever knowing.
Hello, curious kids! Do you have a question you’d like an expert to answer? Ask an adult to send your question to CuriousKidsUS@theconversation.com. Please tell us your name, age and the city where you live.
And since curiosity has no age limit – adults, let us know what you’re wondering, too. We won’t be able to answer every question, but we will do our best.![]()
Michael Jaffe, Associate Professor of Small Animal Surgery, Mississippi State University and Tracy Jaffe, Assistant Clinical Professor of Veterinary Medicine, Mississippi State University
This article is republished from The Conversation under a Creative Commons license. Read the original article.

