The report talks about ways to reduce the emission of short-lived climate pollutants
A new report brought out by the World Health Organization (WHO) highlights the need to reduce the emission of black carbon, methane, ozone and carbon dioxide responsible air pollution.
The first three are known as Short-Lived Climate Pollutants (SLCPs). SLCPs not only add to global warming, but also cause around 7 million premature deaths yearly because of poor air quality.
The report adds that government policies and interventions aimed at reducing emission of SLCPs can effectively reduce diseases associated with air pollution and the number of deaths due to it.
It can also contribute to national food security to a great extent in various countries, improve dietary habits and physical activity of citizens.
“For the first time, this report recommends actions that countries, health and environment ministries and cities can take right now to reduce emissions, protect health and avoid illnesses and premature deaths, which often take the greatest toll on the most vulnerable,” Flavia Bustreo, assistant director-general of WHO, said.
The SLCPs which are of greatest relevance to health include black carbon, a common component of fine particulate matter (PM 2.5). It is the air pollutant mostly associated with premature deaths and morbidity, as well as ozone which has significant adverse impacts on respiratory health. Methane, another SLCP, contributes to ozone formation. (see box for more details)
Source: Report-Reducing Global Health Risks-Through mitigation of short-lived climate pollutants, WHO, 2015
Steps for heath, climate benefits
The report suggests 20 available and affordable methods to reduce the emission of SLCPs. These include improved vehicle emission standards, capturing gases produced by landfill sites, transition from fossil fuels to renewables, reduction of food wastage and improvement in domestic cooking fuels.
The report underlines six major sectors that are the major sources of SLCPs’ emissions and suggests mitigation measures associated with each one of these sectors. The sectors are transport, agriculture, household energy production and built environment, industry, energy supply and electricity generation and waste management.
Sector and Mitigation Action |
Main Health Benefits |
Transport |
|
Support active (and rapid mass) transport |
Improved air quality |
Less crop damage and extreme weather |
|
Increased physical activity |
|
Reduced noise pollution |
|
Reduced traffic injuries |
|
Ultra-low sulfur diesel with diesel particle filter |
|
Improved air quality |
|
Less crop damage and extreme weather |
|
Higher vehicle emissions standards |
Improved air quality |
Less crop damage and extreme weather |
|
Agriculture |
|
Alternate wet & dry rice irrigation |
Less crop damage and extreme weather |
Reduced vector-borne diseases |
|
Improved manure management |
Reduced zoonotic diseases |
Improved indoor air quality |
|
Reduce open burning of agriculture fields |
Improved air quality |
Less crop damage and extreme weather |
|
Promoting healthy diets low in red meat |
Less crop damage and extreme weather |
Reduced obesity |
|
Reducing food waste |
Less crop damage and extreme weather |
Reduced food insecurity |
|
Household air pollution & building design |
|
Low emission stoves |
Improved air quality |
Less crop damage and extreme weather |
|
Fewer burns |
|
Improved lighting to replace kerosene lamps |
Improved air quality |
Less crop damage and extreme weather |
|
Fewer burns |
|
Fewer poisonings |
|
Passive design principles |
Improved indoor air quality |
Thermal regulation |
|
Energy supply and electricity |
|
Shift from fossil fuels to renewables |
Improved air quality |
Less crop damage and extreme weather |
|
Fewer occupational injuries |
|
Replacement of small-scale diesel generators |
Improved indoor air quality |
Reduced noise pollution |
|
Less crop damage and extreme weather |
|
Control on emission from fossil fuel industry |
Improved air quality |
Less crop damage and extreme weather |
|
Industry |
|
Improved brick kilns |
Improved air quality |
|
Less crop damage and extreme weather |
Improved cook ovens |
Improved air quality |
|
Less crop damage and extreme weather |
Control on emission from fossil fuel industry |
Improved air quality |
Less crop damage and extreme weather |
|
Waste Management |
|
Landfill gas recovery
|
Improved air quality |
Less crop damage and extreme weather |
|
Improved wastewater treatment
|
Improved air quality |
Less crop damage and extreme weather |
|
Reduced infectious disease risk |
Source: Author’s analysis of the report-Reducing Global Health Risks-Through mitigation of short-lived climate pollutants, WHO, 2015
Following are the ways suggested in the report to check pollution and associated health risks.
Source: Report: Reducing Global Health Risks-Through mitigation of short-lived climate pollutants, WHO, 2015
This report is a major step in the health agency’s ongoing action to prevent deaths and diseases that are related to air pollution and also towards achieving the new global health goal.
The report comes ahead of the launch of WHO’s first climate change and health country profiles, a number of which will be released prior to the 2015 Paris Climate Conference.
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