England to host New Zealand, Pakistan in test series in 2026

England and India's cricketers play on day one of the fourth cricket test match between England and India at Old Trafford, in Manchester, north England, on July 23, 2025. (AFP/ file)
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Updated 24 July 2025
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England to host New Zealand, Pakistan in test series in 2026

  • Pakistan will arrive in England in mid-August for three tests in 2026
  • India and Sri Lanka will visit England for white-ball tours the same year

England will host New Zealand and Pakistan in test series next year, and India and Sri Lanka will visit for white-ball tours, the country’s cricket governing body (ECB) said on Thursday.

England will play three tests against New Zealand in June, starting at Lord’s, and Pakistan will arrive in mid-August for three tests.

India and Sri Lanka, who are jointly hosting the Twenty20 World Cup early next year, will play one-day and T20 internationals in England.

“It’s terrific to see so many different nations coming over to compete and we can expect another summer of big crowds and fantastic cricket,” ECB Chief Executive Officer Richard Gould said in a statement.


Air pollution cuts average Pakistani life expectancy by 3.9 years — report

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Air pollution cuts average Pakistani life expectancy by 3.9 years — report

  • Pakistan’s first city-level emissions mapping links smog to transport and industry
  • Lahore residents could gain up to 5.8 years of life with cleaner air, report says

ISLAMABAD: Air pollution is shortening the lives of millions of Pakistanis, reducing average life expectancy by almost four years and up to six years in smog-choked cities like Lahore, according to a new national assessment.

The study, titled Unveiling Pakistan’s Air Pollution and published by the Pakistan Air Quality Initiative (PAQI) this week, includes Pakistan’s first multi-sector, city-level emissions mapping, ending years of speculation over what drives the country’s chronic smog. 

Researchers identified transport, industry, brick kilns, power generation and crop burning as Pakistan’s largest contributors of PM2.5, which is hazardous fine particulate matter less than 2.5 micrometers wide that penetrates deep into the lungs and bloodstream, increasing the risk of heart disease, lung cancer and early death. The dominant sources varied by city, giving a data-based picture of pollution patterns for the first time.

The report calls particulate pollution the country’s most damaging environmental hazard. 

“Pollution reduces the life expectancy of an average Pakistani by 3.9 years,” the report states, noting the impact is more severe than food insecurity. 

“Particulate pollution is the greatest external threat to life expectancy in the country. While particulate pollution takes 3.3 years off the life expectancy of an average Pakistani resident, child and maternal malnutrition, and dietary risks reduce life expectancy by 2.4 and 2.1 years, respectively.”

The report findings suggest major health gains would follow even modest pollution cuts. 

“In Lahore, the country’s second most populous city, residents could gain 5.8 years of life expectancy,” it notes, if air quality met global safety standards.

Beyond health, the study frames smog as an economic and governance crisis. Researchers argue that Pakistan’s response has focused on optics like temporary shutdowns, anti-smog “sprays” and road-washing rather than long-term emissions control, vehicle regulation or industrial monitoring.

The assessment characterises pollution as an invisible national burden: 

“Poor air quality is Pakistan’s most universal tax, paid by every child and elder with every breath.”

Pakistan regularly ranks among the world’s most polluted countries, with Lahore, Karachi, Peshawar and Faisalabad repeatedly classified as high-toxicity zones during winter. The new mapping highlights how industrial output, diesel trucking, unregulated kiln firing, and seasonal stubble burning drive smog cycles, knowledge the authors say should guide enforceable policy rather than short-term bans.

The report concludes that reducing PM2.5 remains the single most powerful health intervention available to Pakistan, with improvements likely to deliver life expectancy gains faster than nutrition, sanitation or infectious-disease efforts.