Spanish authorities are scrambling to evacuate more than 140 passengers and crew from a hantavirus-stricken cruise ship as it approaches the Canary Islands, with health officials warning of a high-risk isolation operation upon its arrival Sunday.
The vessel, expected to dock at the port of Tenerife off West Africa, will be met by emergency teams who have set up a "completely isolated, cordoned-off area" for disembarkation, said Virginia Barcones, head of Spain's emergency services. "Every person leaving that ship will undergo strict medical screening before being transported to a secure facility," Barcones told reporters Friday.
Background
Hantavirus is a severe respiratory illness transmitted through rodent droppings, urine, or saliva. It can cause hantavirus pulmonary syndrome (HPS), which has a mortality rate of up to 38% in some strains.
The cruise ship, whose name has not been released, reported multiple cases of fever and breathing difficulties among passengers and crew earlier this week. Spanish health officials confirmed at least two passengers tested positive for hantavirus after the ship requested emergency medical assistance.
This marks the first known outbreak of hantavirus on a cruise vessel, which typically circulate norovirus or COVID-19. The Spanish government activated its emergency protocol for biohazard containment, coordinating with the World Health Organization and European Centre for Disease Prevention and Control.
What This Means
For the 140+ people aboard, the next 48 hours involve mandatory quarantine in a government-run isolation center on Tenerife. Authorities are tracing their movements before boarding to identify potential exposure points.
Local tourism officials fear reputational damage to the Canary Islands, a popular winter destination. However, Barcones stressed that public health is the priority: "We are taking every precaution to prevent any spread beyond the ship."
Experts note hantavirus is not airborne and does not spread between humans, so the risk to the general population is low. Still, the incident highlights vulnerabilities in maritime health screening, especially for less common pathogens.