News & Events

IAAF relies on Kunak to monitor air quality on the world’s certified athletics tracks

IAAF begins the deployment of a global Kunak air quality network on its certified outdoor tracks as part of its awareness campaign on the effects of air pollution.

The IAAF has reached a substantial milestone in its campaign to raise awareness of the effects of air pollution, with the installation of its first stadium air quality monitor in Monaco. As part of a pilot programme designed to highlight the need for clean air, the first device was set up at Stade Louis II in Monaco today, in the presence of HSH Prince Albert II, President of the Monaco Athletics Federation and Chair of the IOC Environment Commission, and Sebastian Coe, President of the International Association of Athletics Federations.

From Kunak we won the competition to supply six more devices that will be installed in the coming months in athletics tracks around the world as part of the project. Stadiums in Argentina, Ethiopia, Mexico, Sydney and Japan have been selected. A second device will also be installed at Stade Louis II to measure the difference between the air at each end of the stadium.

The IAAF and UN Environment (UNEP) announced in May that they were joining forces to address the issue of poor air quality, which has led to seven million deaths globally, according to a World Health Organisation study.

Sebastian Coe, IAAF President stated: “Air pollution is a silent killer which is affecting the health of athletes, local communities and our environment, so I’m delighted that the cooperation between the IAAF and our partners has brought this project to fruition and I hope that together we can raise awareness and help to improve air quality around the globe.”

The five-year partnership between the IAAF and UNEP, supported by the Climate and Clean Air Coalition, aims to have 1000 monitors stationed in IAAF certified athletics tracks around the world providing real time air quality data. The pollutants that will be measured include PM2.5 (particles), PM10, O3 and NO2, which research shows are the four main elements that have an impact on the performance of athletes.

Fanny Demassieux, Head of the UNEP’s Pollution and Health Unit in Paris, was also at Stade Louis II today to mark the arrival of the air quality monitor, as were IAAF-UNEP Clean Air Ambassador Paula Radcliffe and IAAF Council Member and Chair of the IAAF Sustainable Development Advisory Group, Sylvia Barlag.

Ms Demassieux was delighted that the pilot been launched so quickly, given that discussions between the IAAF and UNEP only began in December last year.

“The important thing is to raise the awareness among athletes and recreational runners of how important air quality is for their health. In order to improve air quality, we need to monitor it.”

With an informal network of more than half a billion runners around the world, the IAAF is in a unique position to promote global awareness of the health impacts of air pollution.

This is a particularly important issue for athletes, whose performances can be affected when they compete in poor air.

The IAAF Health and Science Department continues to study the correlation between air quality and athlete performance, following on from its preliminary research which found a performance reduction in highly polluted environments.

“Some recent athletics events took place in highly polluted cities and at exactly the worst time of the day possible, considering the traffic, solar irradiation and external temperature,” said the IAAF’s Health and Science Department Manager Dr Paolo Emilio Adami.

“Exercising in these atmospheric conditions, besides being extremely harmful, does not allow the athletes to perform at their best and ultimately lowers the standard of the competition. The air quality monitors will assist us in our further research on this subject. We want to do whatever we can to protect athletes from the negative effects of air pollution, and we believe this will also benefit the wider community, in fact anyone who exercises.”


Photo (Philippe Fitte) © Copyright