The rest of the body told another story.
The eagle had injuries around the shoulder, chest, and flank from struggling on the ground.
Several feathers were broken.
There were abrasions beneath the plumage.
The tail was dirty with mud.
The white head feathers carried small streaks of dried blood and debris.
None of the wounds were producing uncontrolled bleeding.
The bird was still conscious.
But the eagle was exhausted enough that once placed into the padded transport crate, it stopped resisting.
Price did not interpret that as calmness.
A healthy adult Bald Eagle does not normally become passive around people.
The bird simply had very little energy left.
During transport to North Star Raptor Rehabilitation Center, the team called ahead.
Adult Bald Eagle.
Non-target trap injury suspected.
One foot compressed by steel trap.
Significant swelling.
Multiple secondary body abrasions.
Shoulder trauma.
Severe exhaustion.
Cause of trap placement unknown.
Dr. Rebecca Lawson, the center’s attending wildlife veterinarian, met them in the treatment room.
The examination began with the eagle still wrapped loosely in the towel.
Lawson wanted to know whether the trapped foot had usable circulation.
That question came before flight.
Before feathers.
Before release.
If the foot had lost its blood supply for too long, tissue damage could progress even after the trap had been removed.
She checked temperature.
Color.
Response to pressure.
Toe movement.
Sensation.
The foot was swollen and painful.
One toe did not move normally.
The rest responded.
Blood flow was present.
That was the first piece of good news.
Lawson then examined the shoulder wounds and body abrasions.
The eagle had several areas of bruising and damaged feathers, but no deep chest wound and no obvious exposed bone.
The right shoulder was painful, likely from repeated impact with the ground.
The wings themselves remained structurally aligned on palpation.
Radiographs were ordered.
The images showed no major fracture of the humerus, radius, or ulna.
There was no spinal injury.
The shoulder joint remained aligned.
The trapped foot, however, showed a small nondisplaced fracture involving one toe.
That injury was painful but not immediately devastating.
What concerned Lawson more was the soft tissue.
“With a trap injury, the bone is only part of the picture,” she explained. “We have to know whether the foot still has enough circulation, nerve function, and tendon function to remain useful.”
The toe fracture could heal.
A dead or neurologically damaged foot could not simply be fixed by waiting.
The first twenty-four hours would be important.
The eagle received pain medication and fluid therapy.
The foot was cleaned carefully.
The areas compressed by the trap were treated and padded.
The toe fracture was stabilized conservatively because alignment remained acceptable.
The shoulder and body wounds were flushed and cleaned.
Because the eagle had been lying on damp ground and the wounds were contaminated, antimicrobial treatment was considered appropriate.
The bird was then moved into a quiet intensive-care enclosure.
The floor was heavily padded.
No high perch was provided.
The eagle needed rest.
The first night was less about flight than about saving the foot.
Staff checked circulation repeatedly without disturbing the bird more than necessary.
The swelling could worsen before it improved.
Damaged tissues sometimes declare themselves slowly after pressure is released.
A foot that looks viable immediately after rescue can deteriorate if blood vessels have been badly injured.
Lawson watched for temperature changes, discoloration, loss of sensation, increasing swelling, and changes in toe movement.
The bird remained stable.
It did not eat during the first several hours.
Its head stayed upright most of the time, but the eagle occasionally lowered it against the towels.
When anyone entered the room, the bird still watched.
The response was weak but present.
By early morning, the trapped foot remained warm.
That was encouraging.
The swelling was significant but had not progressed dramatically.
The eagle also began showing stronger defensive behavior.
A technician approaching the enclosure was met with an open beak and a raised free foot.
Everyone stepped back.
That reaction was welcomed.
The bird was regaining enough energy to object.
Later that morning, the eagle ate a small amount independently.
The unaffected foot gripped normally.
The injured foot still did not.
Lawson remained cautious.
The goal was not simply for the eagle to stand.
A Bald Eagle needs both feet.
The feet are essential for landing, perching, controlling prey, carrying food, and maintaining balance during takeoff.
A bird with a powerful pair of wings but a permanently damaged foot may still be unable to survive in the wild.
Over the next two days, the swelling began to stabilize.
The injured foot remained painful.
The eagle avoided putting full weight on it.
The toe with the fracture stayed slightly elevated when the bird tried to stand.
The other toes, however, responded increasingly well.
That was another good sign.
On the third day, the eagle stood for nearly a minute using both legs.
Most of the weight remained on the healthy side.
Then the injured foot touched the padded floor.
The toes opened.
Two curled around the surface.
The movement lasted only seconds.
The room became noticeably quiet.
Everyone understood what they had just seen.
The foot was beginning to function.
Lawson documented the change but did not overstate it.
One brief weight-bearing attempt did not guarantee full recovery.
Soft-tissue swelling remained substantial.
The fractured toe needed time.
The eagle could still develop problems with grip or sensation.
But the movement was better than no movement.
By the end of the first week, the bird could stand more consistently.
The shoulder wounds also looked better.
Inflammation had decreased.
No major infection developed.
The eagle began preening the chest and healthy wing.
Its overall posture changed.
The head remained high.