Triathlon-Men's Race Postponed to Wednesday Due to Seine Pollution Levels

Paris 2024 Olympics - Triathlon - Alexander III Bridge, Paris, France - July 29, 2024. Workers are seen on boats after Triathlon training was cancelled amid water quality concerns. REUTERS/Benoit Tessier

The men's triathlon at the Paris Olympics will not go ahead as planned on Tuesday as pollution levels in the Seine remain too high, World Triathlon said in a statement, dealing a blow to organizers and leaving athletes facing more uncertainty.
The race was postponed to Wednesday at 10:45 a.m. (0845 GMT), immediately after the women's event, which is scheduled for 8 a.m. that day.
Organizers previously said they were confident water quality would improve in time for the race after heavy rains last Friday and Saturday dirtied the river.
"Despite the improvement of water quality levels over the last hours, the readings at some points of the swim course are still above the acceptable limits," they said early on Tuesday.
"Paris 2024 and World Triathlon reiterate that their priority is the health of the athletes,” Reuters quoted them as saying.
Should levels of bacteria remain too high by Wednesday morning both the men's and women's races are likely to be postponed to Friday, the contingency day reserved for the events.
If by Friday the water quality is still not good enough the swim leg will be scrapped and athletes will compete in a duathlon instead.
For the mixed triathlon relay event on Aug. 5, the contingency day is Aug. 6.
Paris authorities have promised to make the Seine swimmable as a key legacy of the Games, and spent 1.4 billion euros ($1.51 billion) on wastewater infrastructure to contain sewage and minimize spillage into the waterway.
Paris Mayor Anne Hidalgo took a dip in the river herself earlier this month, in a bid to convince doubters.
The gamble that the river would be clean enough on the day of the triathlon was never guaranteed to pay off, especially as water quality varies widely day-to-day.
Rain significantly increases concentrations of infection-causing bacteria like E. coli and enterococci.