Department Of Health
- Professor Chris Whitty recognises progress in reducing outdoor air pollution but stresses England needs to go further, and says tackling indoor air pollution should now also be a priority
- The wide-ranging report on air pollution makes 15 recommendations across a range of sectors, including transport, urban planning, industry and agriculture
We can and should go further to reduce air pollution and it is technically possible to do so, says Englands Chief Medical Officer (CMO) Professor Chris Whitty, in his annual report published today (Thursday 8 December 2022).
Outdoor air pollution in England has reduced significantly since the 1980s but it still poses significant health threats including increasing heart disease, stroke, lung disease, cancer and asthma exacerbation. It also leads to increased mortality and is associated with impacts on lung development in children.
The report Professor Chris Whittys third as CMO highlights the improvements made to outdoor air pollution and offers solutions to continue progress.
It says that indoor air pollution is becoming an increasing proportion of the overall problem as outdoor air pollution improves.
The CMOs recommendations on outdoor air pollution include:
- accelerating the electrification of light vehicles and public transport
- innovation to reduce air pollution from non-exhaust sources such as tyres, and the need for a greater range of options for reducing air pollution from heavy and specialised vehicles
- local urban planning should support reducing air pollution locally such as reducing air pollution near schools and healthcare settings
- in agriculture, ammonia air pollution emissions could be reduced through modified farming practices, such as applying slurry directly to soil
- the NHS has committed to halving its contribution to poor air quality within a decade
According to the report people spend around 80% of their time indoors, whether for work, study or leisure. Many indoor spaces are public, and people do not have a choice about spending time in them. Despite this, indoor air pollution has been studied less than outdoors.
For indoor air pollution, the CMOs recommendations include:
- addressing a major engineering challenge ensuring effective ventilation while minimising energy use and heat loss. This is a priority for reducing indoor air pollution while achieving net zero carbon
- increased research into tackling indoor air pollution including finding ways to reduce sources of indoor air pollution
Professor Chris Whitty, Chief Medical Officer, said:
Everyone is affected by air pollution, and it is everyones problem.
Air pollution has improved and will continue improving provided we are active in tackling it. We can and should go further and it is technically possible to do so.
The CMOs report includes a chapter with case studies of 3 cities in England Birmingham, Bradford and London.
Each of these cities has had significant challenges around air pollution and has taken slightly different approaches to tackle it. These have included integrating actions including around transport, urban planning and design, reducing pollution around schools and monitoring at a city level.
Sarah Woolnough, Chief Executive of Asthma + Lung UK said:
This report by the CMO should act as a rallying call to tackle air pollution. From our very first breath, air pollution has a significant impact on our health. Toxic air not only puts people at risk of potentially life-threatening asthma attacks and dangerous COPD flare-ups, it can also lead to the development of lung conditions including lung cancer.
Chris Whitty is right to highlight the devastating impacts of air pollution and it is now vital that meaningful steps are taken to protect public health from this invisible threat. This includes schemes that work to get the most polluting vehicles off our roads.
Dr Charmaine Griffiths, Chief Executive of the British Heart Foundation, said:
Were pleased to see the CMO focusing on air pollution in his annual report this year. Research the British Heart Foundation has funded has helped to show just how damaging air pollution can be to our cardiovascular health.
We have the tools and understanding to make better air quality a reality but we need to do more. Making sure this reports recommendations are implemented will help to clean up the air in all our communities and deliver real improvements to the nations health.
Cancer Research UKs chief executive, Michelle Mitchell, said:
We welcome the CMO putting air pollution in the spotlight with this report. Although smoking remains by far the biggest cause of cancer in the UK, air pollution increases the risk of lung cancer in both people with and without a history of smoking causing almost 1 in 10 lung cancer cases in the UK. With more ambition and a willingness to tackle air pollution head on, we know that this can be different.
Air pollution is one of the biggest environmental threats to health in the UK, and although substantial progress has been made to reduce harmful levels of pollutants, more needs to be done. The adoption of national and local strategieswill be vital inreducingindoor andoutdoor air pollution across the country. But that has to start with the UK governmentmakingaboldlong-term commitment to a reduction in air pollution.
Dr Sarah Clarke, president of the Royal College of Physicians (RCP), said:
Air pollution is a growing and significant public health challenge and we strongly welcome the Chief Medical Officer making this the focus of his annual report for 2022.
The RCP has been highlighting the harmful impacts of air pollution on health since 2016, when we published our report Every Breath We Take with the Royal College of Paediatrics and Child Health. We estimated then that around 40,000 deaths were attributable to outdoor air pollution, and since then a coroner found it to be a cause of death for the first time, that of 9-year-old Ella Adoo Kissi Debrah.
The CMOs report is an important contribution that makes clear why we must be proactive and ambitious in our efforts to improve both outdoor and indoor air quality fo