Emergency River Rescue Saves Stray Dog Entangled in Abandoned Fishing Net

The dog was no longer trying to escape.

Every struggle only tightened the abandoned fishing net wrapped around his body.

Lying alone on a deserted riverbank, the exhausted stray had become hopelessly entangled in a thick commercial fishing net likely discarded months earlier. Heavy nylon mesh had twisted around his neck, chest, abdomen, and all four legs, cutting deeper into his skin every time he moved. His soaked black coat was matted with algae, reeds, river mud, and stagnant water, making it almost impossible to distinguish the rope from his fur.

His breathing had become frighteningly shallow.

One eye remained swollen nearly shut after hours of rubbing against coarse nylon strands. Deep rope burns circled his neck and chest, while dried blood stained the fur around his muzzle. Every slow breath caused the net to tighten even further against his ribs.

By the time rescuers found him, he had almost stopped struggling altogether.

A Dangerous Rescue Along the River

A fisherman noticed the dog while checking abandoned boats along a neglected stretch of riverbank following several days of heavy rain.

At first glance, the dog appeared lifeless beneath the tangled net.

Only the slow movement of his chest revealed he was still alive.

Animal rescue volunteers arrived with emergency veterinary personnel and immediately recognized the greatest danger.

The fishing net had become tensioned around the dog's body.

Cutting the wrong strand first could cause remaining loops to tighten suddenly around his neck or chest.

Rather than pulling on the net, rescuers first sedated the dog lightly to reduce panic and unnecessary movement.

Using blunt-tipped trauma scissors, specialized rescue knives, and wire cutters for embedded metal swivels, they removed each loop individually while another rescuer supported the dog's body to prevent further compression.

The procedure required nearly one hour.

When the final loop was cut away, the dog's body remained motionless from exhaustion.

He was immediately transported to the nearest 24-hour emergency veterinary hospital.

Critical Stabilization

Emergency technicians began treatment within minutes of arrival.

Two intravenous catheters were placed while warmed balanced crystalloid fluids corrected dehydration and circulatory shock.

Supplemental oxygen was provided because prolonged chest compression had significantly increased his breathing effort.

Continuous ECG monitoring, pulse oximetry, blood pressure measurement, respiratory monitoring, and active warming therapy were initiated immediately.

His Body Condition Score measured 2 out of 9, confirming severe chronic malnutrition.

His body temperature measured 98.2°F (36.8°C).

His gums appeared pale, and capillary refill time exceeded three seconds, indicating poor tissue perfusion.

The Net Had Caused More Damage Than Expected

After carefully removing mud, algae, and debris from his coat, veterinarians documented multiple circumferential constriction injuries.

Deep rope burns surrounded his neck, chest, abdomen, and all four limbs where the nylon mesh had remained under constant tension.

Several wounds extended through the full thickness of the skin into underlying subcutaneous tissue.

The neck injuries were especially concerning.

Although the larynx and trachea remained intact, prolonged compression had produced extensive soft tissue swelling that partially narrowed his upper airway.

The injured left eye also required immediate ophthalmic examination.

Fluorescein staining revealed a large superficial corneal ulcer caused by repeated friction against coarse nylon fibers.

Fortunately, the globe itself remained intact.

Advanced Diagnostics

Whole-body radiographs showed no fractures despite prolonged entanglement.

Thoracic radiographs demonstrated mild pulmonary edema secondary to prolonged chest compression but no evidence of pneumothorax.

Complete blood count revealed moderate anemia, dehydration, elevated white blood cell counts, and increased inflammatory markers consistent with severe wound infection.

Serum chemistry identified low albumin, mild electrolyte abnormalities, and elevated creatine kinase resulting from prolonged muscle compression while trapped.

Bacterial cultures obtained from the infected rope burns later identified multiple environmental organisms commonly associated with polluted freshwater environments, allowing antibiotics to be adjusted according to sensitivity testing.

Intensive Medical Treatment

Every wound underwent extensive surgical debridement under general anesthesia.

Several liters of sterile saline were used to flush contaminated tissue before necrotic skin and embedded debris were carefully removed.

The deepest constriction wounds could not be closed immediately.

Instead, veterinarians applied advanced moist wound dressings to promote healthy granulation tissue while allowing infected areas to heal from the inside outward.

Broad-spectrum intravenous antibiotics were administered immediately.

Pain management included continuous opioid infusion, ketamine-based analgesia, and anti-inflammatory medication once kidney function and hydration stabilized.

Special ophthalmic medication was started to protect the injured cornea and prevent permanent vision loss.

Supporting Recovery

The first seventy-two hours remained critical.

Because chest compression had restricted normal breathing for many hours, oxygen supplementation continued until repeat thoracic radiographs confirmed resolution of pulmonary changes.

Daily wound assessments demonstrated healthy granulation tissue replacing infected surfaces.

Repeat bloodwork showed steadily declining inflammatory markers as antibiotic therapy successfully controlled the infection.

Nutrition specialists developed a carefully monitored high-protein recovery diet to support wound healing while safely reversing prolonged starvation.

Within one week, his appetite had returned completely.

Rehabilitation

Once his wounds became stable, rehabilitation specialists focused on restoring mobility.

Passive range-of-motion exercises prevented stiffness caused by prolonged immobilization.

Controlled leash walks gradually strengthened weakened muscles while avoiding excessive tension on healing skin.

Laser therapy and therapeutic bandaging accelerated healing of the deepest rope burns.

Over the following weeks, healthy fur slowly replaced the scarred areas where the fishing net had once cut deeply into his body.

His corneal ulcer healed completely without affecting vision.

Learning to Trust Again

During his first days in the hospital, anything resembling a rope caused visible panic.

Leashes, towels, even loosely hanging IV tubing made him freeze in fear.

The veterinary behavior team introduced gradual desensitization using positive reinforcement, gentle handling, and food rewards.

Week by week, his confidence returned.

The frightened dog who once lay helplessly beside polluted water began greeting caregivers with enthusiastic tail wags and eagerly followed staff members during rehabilitation sessions.

His quiet spirit slowly transformed into playful curiosity.

A Life No Longer Entangled

Eleven weeks after his rescue, follow-up examinations confirmed complete healing of his wounds, full resolution of the eye injury, and normal respiratory function.

His Body Condition Score improved from 2/9 to 5/9, and his bloodwork had returned entirely to normal.

Today, he lives safely with a foster family while waiting for adoption.

Instead of lying trapped beneath an abandoned fishing net on a forgotten riverbank, he now spends his days running through open fields, swimming safely under supervision, and sleeping peacefully in a warm home.

His remarkable recovery is a powerful reminder that abandoned fishing gear continues to endanger countless animals—but with rapid rescue, advanced veterinary care, and dedicated rehabilitation, even the most desperate entanglement can become the beginning of a completely new life.