The study attributed around 12.4 lakh deaths in India in 2017 to air pollution, saying that air pollution was a leading risk factor for deaths in the country.
The average life expectancy of Indians would be 1.7 years higher than what currently is if they had cleaner air to breathe, a study said on Thursday.
The study, published in the Lancet Planetary Health journal, said that one in eight deaths in India last year was attributable to air pollution and Indians would have the average life expectancy of 70.7 years, instead of 69 years, if the pollution levels were less than the minimal level causing health loss.
The northern Indian states had particularly high outdoor air pollution levels, the study asserting that the highest exposure to ultra-fine particulate matter, PM2.5, was in Delhi followed by Uttar Pradesh and Haryana.
"The average life expectancy in India would have been 1.7 years higher if the air pollution levels were less than the minimal level causing health loss, with the highest increases in the northern states of Rajasthan (2.5 years), Uttar Pradesh (2.2 years), and Haryana (2.1 years)," it said.
The study attributed around 12.4 lakh deaths in India in 2017 to air pollution, saying that air pollution was a leading risk factor for deaths in the country.
It asserted that with 18% of the global population, India suffered 26% of premature mortality and health loss attributable to air pollution globally. It said that 77% of India's population is exposed to outdoor air pollution levels above the National Ambient Air Quality Standards (NAAQS) safe limit.
Uttar Pradesh, last year, recorded the most 2,60,028 deaths attributable to air pollution, followed by Maharashtra at 1,08,038 and Bihar 96,967, it said.
The first comprehensive estimates of the impact of air pollution on deaths, health loss and life expectancy reduction in each state of India said there were 6.7 lakh deaths due to particulate matters outdoors and 4.8 lakh deaths due to household air pollution.
Experts and scientists from the Indian Council of Medical Research (ICMR), Public Health Foundation of India (PHFI), and Institute for Health Metrics and Evaluation (IHME) along with other Indian collaborators reached the conclusion on the basis of data and evidence available from a large number of studies that estimates the contribution of air pollution to death worldwide.
Last year, 77% population of India was exposed to ambient particulate matter PM2.5 above 40 g/m3, the recommended limit by the NAAQS.
The mean ambient particulate matter PM2.5 annual exposure of 90 g/m3 in India in 2017 was "one of the highest in the world", the study said.
The study pointed out that while the proportion of households using solid fuels has been improving in India, 56 per cent of the population still used solid fuels in 2017.
This proportion was higher in the less-developed states with over two-thirds of the population in most Empowered Action Group (EAG) states using solid fuels for cooking, it said.
According to it, the major sources of ambient particulate matter pollution in India are coal burning in thermal power plants, industry emissions, construction activity, brick kilns, transport vehicles, road dust, residential and commercial biomass burning, waste burning, agricultural stubble burning, and diesel generators.
The first author of the study, Prof Kalpana Balakrishnan, Director, Department of Environmental Health Engineering, Sri Ramachandra Institute of Higher Education and Research, said there is increasing evidence globally and from India about the association of air pollution with premature death and disease burden.
"The findings in this paper are based on all available data on air pollution that were analysed using the standardised methods of the Global Burden of Disease Study.
"Leading air pollution scientists from India contributed to this research. This comprehensive effort over several years has for the first time produced what we believe are robust estimates of the health impact of outdoor and household air pollution in every state of India," Balakrishnan said.
On the release of these findings, Professor Balram Bhargava, Director General of ICMR, said it systematically documents the variations among states, which would serve as a useful guide for making further progress in reducing the adverse impact of air pollution in the country.
(With PTI inputs)
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