Brixton Road becomes first place in London to breach Nitrogen Dioxide limits
Data from King’s College London’s Environmental Research Group has shown Brixton Road has become the first place in London to breach objectives for nitrogen dioxide for 2017.
UK objectives and EU limits stipulate a maximum nitrogen dioxide concentration that must not to be exceeded for more than 18 hours over the whole year. These limits came into force in 2010. The Brixton Road monitoring site measured its 19th hour above the threshold at 21.00 on Thursday 05 January.
In 2016 it took eight days for the objective to breached and the first road was Putney High Street. In 2015 Oxford Street was the first road to breach, taking just two days. Pollution conditions since the New Year have been normal for winter. During pollution episodes, roads in London can exceed the annual limit in a single day.
Dr Gary Fuller from King’s College London said, ‘Our research has shown that nitrogen dioxide deteriorated alongside London’s roads in the five years before the date for legal compliance in 2010. Since this time, nitrogen dioxide alongside most of London’s roads has started to improve. However, these limits were set in 1999 to be met by 2010 and seven years later these are still being breached. While public attention will focus on today’s result from Brixton Road, it is important to note that the majority of main roads in London regularly breach legal values for nitrogen dioxide.’
The Brixton Road monitoring site is funded by the London Borough of Lambeth as part of the London Air Quality Monitoring Network which is run by King’s College London. The London Air Quality Network is the most comprehensive urban monitoring network in Europe with detailed information on London’s pollution going back for more than two decades.
Please note: The content above may have been edited to ensure it is in keeping with Technology Networks’ style and length guidelines.
How do Forests Respond to Atmospheric Pollution?News
How forests respond to elevated nitrogen levels from atmospheric pollution is not always the same. While a forest is filtering nitrogen as expected, a higher percentage than previously seen is leaving the system again as the potent greenhouse gas nitrous oxide, say researchers.READ MORE
Gotta Sample 'Em All! Underwater Pokéball Captures Ocean LifeNews
A new device developed by Wyss Institute reseachers safely traps delicate sea creatures inside a folding polyhedral enclosure and lets them go without harm using a novel, origami-inspired design. The ultimate aim is to allow the sea creatures to be (gently) analyzed in high detail.READ MORE