In brief
In Busan, South Korea, a 9‑ft shark nicknamed Bukangi has become a local hero after a strand in the city’s canal. Earlier this month, two efforts failed to coax the animal back, but this third attempt uses nets and freshwater channels to guide her into the open ocean. Thousands of onlookers collected by the water, watching the drama unfold while media coverage highlights the unusual warmth of the canal’s water and the abundant fish that drew the shark in.
Rescue Mission Continues in Busan
At the edge of Korea’s southeastern metropolis, a 3‑meter, 9‑foot shark has captivated the public, earning the nickname Bukangi. The animal entered the canal on a sweltering summer day, attracted by warmer‑than‑usual water and plentiful fish.
Its arrival sparked interest from marine biologists, local authorities and curious onlookers, creating a procession large enough to see footage televised worldwide. The first two rescue attempts, using a faltering net and escorted by boats, did not succeed in motivating Bukangi to return to the open sea.
A fresh strategy has now been enacted. Teams of divers and marine specialists are deploying a lower‑profile net system to gently pull the shark toward a designated release point near the canal’s mouth. The goal is to match the shark’s natural swimming direction and encourage her to drift into the surrounding waters.
Local residents report that for the past week thousands have gathered along the canal’s banks, watching from across the water and from the murky depths. While the rescue faces challenges, the event underscores concerns about climate change’s impact on marine movements.
British broadcaster Jake Kwon has reported live from Busan, putting the rescue on global platforms and discussing the physics of shark navigation, the role of temperature gradients, and humanitarian questions surrounding wildlife rescue.
If successful, this third attempt could inspire future protocols in Asian waterways, blending community engagement with scientific expertise to support the survival of unintentional marine detours.
