A beluga whale, part of the relocation of animals from the closed Marineland park in Niagara Falls, Ont., has passed away, marking the third death in the group. Oceanogràfic de València confirmed the sudden demise of Jelly Bean, less than a month after her arrival at the aquarium in Spain. Jelly Bean and another beluga named Cleopatra, as well as four dolphins, were brought to the facility on Aug. 27 as part of international rescue efforts.
The sudden passing of Jelly Bean followed a period of feeding difficulties, leading to intensified monitoring by the veterinary team. Despite initial signs of improvement and continuous care, Jelly Bean’s condition deteriorated, prompting the need for a necropsy to determine the cause of death.
Although Jelly Bean’s death was a setback, Cleopatra and the four dolphins from the relocation are reported to be in good health at the aquarium. Fisheries Minister Joanne Thompson expressed sadness over the loss and praised the efforts made by the Canadian government to ensure the safe rescue of the whales.
The relocation process from Marineland to various facilities was triggered by financial constraints at the park, with the need to rehome the animals to avoid euthanasia. The closed tourist attraction successfully transferred all 30 belugas and four dolphins to five aquariums, primarily in the U.S. with one in Spain.
Animal Justice highlighted concerns about the stress of moving the belugas and warned about potential health risks associated with the transfers. Marine mammal scientist Naomi Rose also expressed worries about the well-being of the belugas during the relocation process, emphasizing the unfamiliar and stressful nature of the experience for the animals.
The challenging situation surrounding the relocation of the belugas underscored the complexities and risks involved in such rescue operations. Despite the efforts to provide necessary care and support, the unfortunate loss of Jelly Bean serves as a reminder of the delicate balance in safeguarding the well-being of these marine mammals during such transitions.
