Its body temperature was slightly low.
Hydration was moderately reduced.
Grip strength remained strong.
Both pupils responded normally to light.
There was no obvious spinal instability.
The legs were functional.
The chest showed bruising but no clear evidence of severe penetrating trauma.
The right wing was the major concern.
Morris palpated the humerus first.
It appeared stable.
The shoulder remained located.
The elbow joint did not feel dislocated.
When she moved farther down the wing, however, she found abnormal motion through the forearm.
The radius and ulna, the two primary bones running between the elbow and wrist, no longer behaved as a rigid unit.
The bird reacted strongly.
Radiographs were obtained as soon as the eagle was stable enough for careful positioning.
The images confirmed what Morris suspected.
Both the radius and ulna were fractured.
The breaks were located in the mid-to-distal portion of the right wing.
The fracture ends remained reasonably aligned, but there was enough displacement that simply wrapping the wing and waiting would carry a significant risk of poor healing.
The joints above and below the fractures remained intact.
The humerus was not broken.
The wrist was not dislocated.
There was no obvious fracture of the spine.
No metallic projectile was visible.
The injury was serious.
It was not automatically hopeless.
Morris reviewed the radiographs with the veterinary team.
“In a Bald Eagle, healing the bone is only part of the challenge,” she said. “These two bones work together to keep the wing aligned through every stroke. If they heal with too much rotation or shortening, the bird may never regain normal flight.”
That was the central problem.
A dog with a healed forearm fracture can often adapt to a small imperfection.
A flying predator has much less tolerance.
The right and left wings must match closely.
Wing length, alignment, joint motion, muscle function, and feather clearance all contribute to efficient flight.
Even a small mechanical difference can produce fatigue, poor turning, reduced lift, or inability to land accurately.
The eagle needed more than survival.
It needed a wing capable of returning to full aerodynamic function.
Blood samples were collected.
The team evaluated red blood cell values, hydration, organ function, and evidence of systemic stress.
Lead screening was also performed because adult Bald Eagles are frequently exposed through scavenging, and a debilitated eagle may have more than one medical problem at the same time.
The lead result was not clinically significant.
There was no evidence that poisoning contributed to the collision.
The bird’s primary problem was trauma.
The shallow wing wound also raised the possibility that one fracture was open or had at least been exposed to contamination.
Morris cleaned the area thoroughly.
No large section of bone was protruding, but the wound was close enough to the fracture site that infection risk had to be taken seriously.
The eagle received fluids, pain medication, and antimicrobial treatment appropriate for the contaminated injury.
The wing was temporarily stabilized.
Surgery was planned once the bird’s general condition had improved enough for anesthesia.
The first night was spent in intensive care.
The eagle remained on thick towels with no perch.
The injured wing was supported beside the body.
The bird ate very little.
Staff monitored breathing, circulation to the distal wing, swelling, and the condition of the wound.
The wing beyond the fracture remained warm.
The digits at the end of the wing retained appropriate tissue color.
There was no evidence that blood supply had been lost.
That was important.
The next morning, hydration had improved.
The eagle held its head upright for longer periods.
It still reacted defensively whenever people entered.
Morris decided the bird was stable enough for surgery.
The orthopedic team reviewed the radiographs again before anesthesia.
The objective was precise reduction.
The radius and ulna had to be restored as close as possible to their normal length and orientation.
The bones also had to be stabilized strongly enough to heal while minimizing unnecessary interference with surrounding tendons, muscles, and feather structures.
The exact orthopedic approach would depend on the fracture configuration.
For this fictional case, the team used internal stabilization appropriate to the location of the fractures, combined with external support during the early healing period.
The fractures were carefully reduced.
Alignment was restored.
The contaminated wound was cleaned and debrided conservatively.
Damaged tissue was addressed while preserving as much viable structure as possible.
Postoperative radiographs showed the bones in substantially improved position.
The joints remained aligned.
No major complication occurred during anesthesia.
The eagle returned to intensive care.
For the first several hours, it remained quiet.
The wing was heavily protected.
Pain control continued.
Fluids were provided.
The team monitored for swelling and circulation changes.
The first forty-eight hours after surgery were deliberately uneventful.
No one wanted the bird using the wing.
No one wanted an impressive behavioral milestone.
They wanted stable bones.
The eagle spent most of the first day low on the towels.
It watched people but did not challenge them strongly.
The second morning was different.
When a technician entered the enclosure, the eagle raised one foot and opened its beak.
The technician stopped.
The talons flexed.
The bird shifted backward.
That defensive response was stronger than anything observed after admission.
For the rehabilitation staff, the change was encouraging.
A wild eagle becoming less cooperative often means energy is returning.
The bird ate independently later that day.
By the third day, appetite had improved further.
Hydration normalized.
The body temperature remained stable without external support.
The head abrasions began healing quickly.
The surgical wing remained the major concern.
Morris examined the distal portion carefully.
Blood supply remained good.
There was no excessive swelling.
The wound remained clean.
The bird could move the distal structures normally.
The first postoperative radiographs were obtained after the initial healing period.
The alignment remained stable.
There was no obvious hardware migration.
No new fracture displacement had occurred.
That allowed the team to continue the original plan.
Activity remained highly restricted.
The eagle was housed in a small enclosure specifically because it was becoming stronger.
A stronger bird can damage a healing fracture if given too much room too early.
That creates one of the most frustrating realities of wildlife rehabilitation.
Visible improvement does not always mean greater freedom.
Sometimes it means the opposite.
The better the bird felt, the more carefully its movement had to be controlled.
At the end of the first week, the eagle was eating well and showing strong defensive behavior.
The staff reduced unnecessary handling.
Every capture for medication or examination carried some risk of stress and movement through the fracture.
Whenever possible, care was performed efficiently and the bird was left alone.
A low perch was not introduced immediately.
Morris wanted more early bone stability first.
The eagle spent additional days on padded flooring.
The arrangement was not natural.
It was temporary.
A wild Bald Eagle normally spends much of its time perched above the ground.
During fracture healing, preventing a fall mattered more.
Repeat imaging during the second week showed the earliest formation of callus around the fracture lines.
The bones had not fully united.
They were beginning the process.
The contaminated wound continued healing without evidence of deep infection.
That was particularly important because bone infection could jeopardize the entire outcome.
The eagle’s blood work remained stable.
No anemia developed.
The bird’s body condition improved.
Only then did the team introduce a very low padded perch.
The eagle stepped onto it within several hours.
Both feet gripped firmly.
The bird remained there for most of the day.
The right wing stayed close to the body.