The eyes tracked movement immediately.
The bird became increasingly difficult to handle.
The rehabilitation staff preferred it that way.
A wild eagle that strongly resists people is behaving more normally than one that tolerates close contact.
At roughly ten days after admission, Lawson allowed the bird access to a very low padded perch.
The eagle stepped onto it using the healthy foot first.
Then the injured foot followed.
The toes closed slowly.
The grip was weak.
But the bird remained balanced.
That was a major step.
The team evaluated the injured foot every day.
Toe temperature remained normal.
The skin pressure injuries continued healing.
Swelling decreased gradually.
The small fracture stayed aligned.
No tissue necrosis developed.
That combination improved the prognosis.
The trap had caused serious injury.
It had not destroyed the foot.
The conservation officer continued investigating the original scene during the same period.
The trap and chain had been documented and collected according to procedure.
The center intentionally kept the medical report separate from any enforcement conclusion.
The fact that an eagle had been caught did not automatically establish intentional harm.
Many trapping systems are legally used for certain species under state regulations.
Non-target captures can occur.
The key questions were whether the trap had been legally placed, whether baiting and checking requirements had been followed, and whether the person responsible had complied with applicable rules.
The wildlife center did not speculate publicly while those questions remained unresolved.
Their statement was simple.
The eagle had been caught in a trap.
The trap had injured it.
The source and legal status of the trap were being reviewed by the appropriate authorities.
That was all they could support.
By the second week, the eagle was using both feet on the low perch.
The grip remained weaker on the injured side, but improvement was measurable.
The fractured toe had begun healing.
The shoulder trauma also continued resolving.
The bird could fold both wings normally.
It performed its first broad bilateral stretch several days later.
The injured shoulder side moved more slowly but reached nearly full extension.
That was encouraging.
Interestingly, the wings themselves were recovering faster than the foot.
That created a new rehabilitation problem.
The eagle might soon be able to fly.
Landing safely would be another matter.
The first controlled flight occurred in an intermediate enclosure during the third week.
The eagle launched from one low perch and crossed several yards.
Both wings opened evenly.
The bird remained airborne.
The landing was awkward.
As the eagle reached for the perch, the healthy foot gripped firmly while the injured foot slipped slightly.
The bird corrected with an extra wingbeat and stayed upright.
The flight mechanics were good.
The landing mechanics were not yet good enough.
Lawson considered the result highly informative.
“For this bird, the question is no longer whether the wings work,” she said. “The question is whether that foot can do everything an eagle needs after the wings bring it down.”
The eagle remained in rehabilitation.
The staff began watching several specific functions.
Could it grip a perch of different diameters?
Could it absorb the force of landing?
Could it manipulate food using the injured side?
Could the toes close strongly enough to hold something slippery or moving?
Could it remain balanced if the perch shifted?
Could it perform those tasks repeatedly without swelling afterward?
These were not minor details.
A Bald Eagle that cannot grip reliably may fall from a perch.
A bird unable to control food with its feet may not feed effectively.
A weak foot may also force the other leg to compensate continuously, creating additional problems.
The rehabilitation standard therefore remained high.
Over the following week, the eagle began gripping more strongly.
The injured toes closed farther around the perch.
The fractured toe remained somewhat guarded but contributed more to balance.
The bird also began using the injured side while handling food.
At first, it preferred the healthy foot.
Later, staff saw it pin food with both feet.
That behavior was recorded immediately.
The center intentionally avoided giving the eagle easy conditions every time.
Perches varied in diameter and texture.
Food required normal foot use.
The bird had to demonstrate genuine function rather than simply appear comfortable.
The shoulder wounds continued to heal without complication.
The broken feathers remained rough, but there was no evidence that feather damage would prevent flight.
The bird’s wings were now stronger than when it arrived.
The biggest limitation remained endurance and landing confidence.
At approximately one month, the eagle was transferred to the center’s large outdoor flight aviary.
The first full-length flight was impressive.
The bird launched strongly.
Both wings beat symmetrically.
It gained height.
Then came the landing.
The eagle extended both feet.
The healthy side gripped immediately.
The injured foot touched the perch a fraction of a second later and adjusted.
The bird stayed upright.
It did not slip.
The staff watched closely.
That was better.
Not perfect.
But better.
The eagle flew again later that day.
The second landing was cleaner.
During the following weeks, the bird became increasingly confident.
Takeoffs were strong.
Turns were controlled.
The shoulder injuries no longer produced visible asymmetry.
Grip strength on the injured foot continued improving.
The eagle could land repeatedly without slipping.
The fractured toe healed on follow-up radiographs.
Swelling resolved.
The skin pressure injuries closed.
The most important remaining question was whether the grip would remain strong under fatigue.
The rehabilitation team tested this by observing repeated voluntary flights.
A foot that functions after one landing but weakens after five is not reliable enough for release.
The eagle began completing multiple flights across the aviary.
It climbed.
Turned.
Landed.
Launched again.