Europe heat sparks harmful ozone pollution
Greenhouse gas poses major threat to respiratory, cardio-vascular health
Europe's searing heat wave is generating very high levels of harmful ozone pollution, the region's atmospheric monitoring service warned Tuesday, adding that large areas of western Europe also face "extreme" danger of wildfires.
France and Britain saw record high temperatures on Tuesday as suffocating heat that has gripped southwest Europe and sparked ferocious wildfires moves northwards.
"Tinder dry conditions and extreme heat are exacerbating the risk of wildfires," according to a statement from the Copernicus monitoring service.
The organization's emergency management service has warned that a large proportion of western Europe is in "extreme fire danger" with some areas of "very extreme fire danger."
The heat wave is also causing high levels of ground-level ozone, Copernicus said.
Unlike the protective layer in the upper atmosphere, this is a major greenhouse gas and component of urban smog that harms human health and inhibits photosynthesis in plants.
"The potential impacts of very high ozone pollution on human health can be considerable both in terms of respiratory and cardio-vascular illness," said Mark Parrington, senior scientist from the Copernicus Atmosphere Monitoring Service.
Ozone is formed as emissions from fossil fuels and other man-made pollutants react in the presence of sunlight and Copernicus said cutting emissions of these pollutants is "crucial."
Scientists have already detected "extremely high surface ozone pollution" across western and southern Europe, particularly over the Iberian Peninsula and parts of northern Italy.
Daily maximum levels of surface ozone, which normally peaks during the middle of the day, reached unhealthy levels in Portugal, Spain and Italy, according to Copernicus.
Scientists now warn that, while the situation is likely to ease across the Iberian Peninsula, very high surface ozone levels are now being seen in areas of northern and western parts of the continent as temperatures rise.
The ozone levels in these regions are forecast to peak in the next few days, before easing.
Copernicus also predicted no relief from the wildfires that have engulfed swathes of forests across parts of southern Europe. In southwest France, two massive fires have created apocalyptic scenes of destruction, despite much of the country's entire firefighting capacity being deployed.
Copernicus said total carbon emissions from the wildfires in Spain so far in July are the highest seen for the June-July period since 2003.
Parrington said high surface ozone can lead to sore throats, coughing, headaches and an increased risk of asthma attacks.
Ozone is also a key concern for agricultural regions and food security.
In January, researchers estimated that persistently high levels of ozone pollution in Asia are costing China, Japan and South Korea an estimated $63 billion annually in lost rice, wheat and maize crops.
France and Britain saw record high temperatures on Tuesday as suffocating heat that has gripped southwest Europe and sparked ferocious wildfires moves northwards.
"Tinder dry conditions and extreme heat are exacerbating the risk of wildfires," according to a statement from the Copernicus monitoring service.
The organization's emergency management service has warned that a large proportion of western Europe is in "extreme fire danger" with some areas of "very extreme fire danger."
The heat wave is also causing high levels of ground-level ozone, Copernicus said.
Unlike the protective layer in the upper atmosphere, this is a major greenhouse gas and component of urban smog that harms human health and inhibits photosynthesis in plants.
"The potential impacts of very high ozone pollution on human health can be considerable both in terms of respiratory and cardio-vascular illness," said Mark Parrington, senior scientist from the Copernicus Atmosphere Monitoring Service.
Ozone is formed as emissions from fossil fuels and other man-made pollutants react in the presence of sunlight and Copernicus said cutting emissions of these pollutants is "crucial."
Scientists have already detected "extremely high surface ozone pollution" across western and southern Europe, particularly over the Iberian Peninsula and parts of northern Italy.
Daily maximum levels of surface ozone, which normally peaks during the middle of the day, reached unhealthy levels in Portugal, Spain and Italy, according to Copernicus.
Scientists now warn that, while the situation is likely to ease across the Iberian Peninsula, very high surface ozone levels are now being seen in areas of northern and western parts of the continent as temperatures rise.
The ozone levels in these regions are forecast to peak in the next few days, before easing.
Copernicus also predicted no relief from the wildfires that have engulfed swathes of forests across parts of southern Europe. In southwest France, two massive fires have created apocalyptic scenes of destruction, despite much of the country's entire firefighting capacity being deployed.
Copernicus said total carbon emissions from the wildfires in Spain so far in July are the highest seen for the June-July period since 2003.
Parrington said high surface ozone can lead to sore throats, coughing, headaches and an increased risk of asthma attacks.
Ozone is also a key concern for agricultural regions and food security.
In January, researchers estimated that persistently high levels of ozone pollution in Asia are costing China, Japan and South Korea an estimated $63 billion annually in lost rice, wheat and maize crops.
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