George was only about two weeks old when a power-line accident killed his mother. His recovery shows both the skill behind sloth rehabilitation and the urgent need for safer canopy routes.
In December 2025, people in the community of Villa Lirio, Costa Rica, witnessed a devastating accident. A mother sloth was electrocuted on a power line and died instantly. The electrical surge threw her tiny baby from her body. He was only about two weeks old.
Quick-thinking witnesses brought the injured orphan to The Sloth Institute. The team named him Dr. George O'Malley, and his difficult first weeks became a striking example of what specialist wildlife care can achieve. His story is also a reminder that for an animal adapted to travel through connected treetops, human-made wires can turn a broken canopy into a deadly obstacle course.
A dangerous start for a tiny sloth
George arrived with burns on his face. His breathing sounded abnormal, and the veterinary team was concerned about irritation or damage to his airways after the electrocution. The Sloth Institute reports that he was also fragile, dehydrated and newly separated from the mother whose body would normally provide warmth, food, transport and security.
His carers began treatment quickly. George received antibiotics and nebulisation therapy to support his lungs and reduce the risk of infection. Recovery was not instant. His injuries meant that he grew slowly at first, so the team monitored him closely while his breathing, weight and strength gradually improved.
This matters because a baby sloth is not simply a smaller version of an adult. Young sloths normally cling to their mothers and learn the forest while travelling with them. An orphan must recover physically while also developing the climbing, feeding and decision-making skills needed for life in the canopy.
Why power lines are so dangerous to sloths
Sloths are built to move beneath branches, not across open ground. When roads, buildings and cleared land split the canopy, an overhead cable can look like another route between trees. The problem is not that the sloth is behaving strangely. It is trying to solve a human-made gap using the same slow, reaching movement that works safely in a forest.
As Cornell's wildlife health programme explains, power-line electrocutions are closely connected to fragmented habitat in Costa Rica. A sloth can be injured when its body bridges wires or makes contact with dangerous electrical equipment. Even when the adult victim dies immediately, a clinging infant may survive the first shock and be left orphaned or injured.
The answer cannot be rescue alone. Wildlife-safe infrastructure can include better-insulated electrical equipment, careful trimming that does not leave animals stranded, and well-positioned canopy bridges that give tree-dwelling animals a route over roads and around dangerous wires. Reconnecting native trees also helps rebuild the living pathways sloths evolved to use.
What happens in “sloth school”?
By the time The Sloth Institute shared George's update in March 2026, his breathing had improved, he was gaining weight and he was becoming stronger. He had moved into what the team affectionately calls “sloth school”.
Sloth school is not about teaching tricks or making rescued animals comfortable around people. Its purpose is almost the opposite. Orphaned babies are given opportunities to climb, explore, feed more independently and build the physical confidence required for a return to wild life. Carers watch progress carefully while trying to preserve natural behaviour.
At the time of the update, George was the only three-fingered baby in the nursery, although he joined climbing sessions with two-fingered youngsters of a similar size. The team described him as a good eater who enjoyed climbing and exploring. Those may sound like small milestones, but each one points towards a larger goal: a sloth able to navigate branches and make its own choices without human help.
Recovery is hopeful, but prevention is better
George's progress is heartening because his start was so precarious. It reflects rapid action by local witnesses, veterinary treatment, patient husbandry and a rehabilitation programme designed around the needs of wild sloths.
Yet every successful rehabilitation story begins with an injury or loss that should not have happened. Rescue centres have limited space and resources, and not every electrocuted sloth survives long enough to receive care. Preventing contact with dangerous wires protects mothers and babies together, while preserving the freedom of wild animals that never need to enter a clinic.
For people living in or visiting sloth habitat, the useful response is simple: never touch a sloth on a wire or try to move an injured animal yourself. Electricity and frightened wildlife are both dangerous. Keep people and dogs back, note the exact location and contact the local wildlife authority or an established rescue organisation.
A second chance that points beyond one animal
George's recovery is more than a cute baby-sloth update. It links individual care with a wider conservation problem. His mother encountered a lethal break in the canopy. Strangers acted quickly. Specialists helped him breathe, grow and climb again. The long-term win will come when safer cables, bridges and connected trees prevent the next family from facing the same danger.
That is the hopeful lesson in George's story. Rehabilitation can give one young sloth another chance, while better infrastructure can make the whole landscape safer.
Sources and image credit
- The Sloth Institute: Dr. George O'Malley, rescuing an orphaned baby sloth after electrocution
- Cornell Wildlife Health Center: The problem with power lines and sloth electrocution in Costa Rica
Featured image: The Sloth Institute, from its story about Dr. George O'Malley's rescue and recovery.