China’s Covid deaths expected to hit 36,000 a day during holiday


The Chinese New Year festival marked by millions of people returning home to reunite with their families fuels high levels of virus transmission. - AP

BEIJING (Bloomberg): China is likely to see 36,000 Covid deaths a day during the Lunar New Year holidays, making it one of the most deadly periods of the pandemic, according to an updated analysis of the largest outbreak the world has yet experienced.

The revised figures from the independent forecasting firm Airfinity Ltd. added 11,000 deaths a day to its Dec 29 estimate, a jump that shows the breathtaking pace of the outbreak and the lack of clear information about how it’s spreading in the world’s most populous nation.

Get 20% OFF The Star Digital Access

Monthly Plan

RM 13.90/month

RM 11.12/month

Billed as RM 11.12 for the 1st month, RM 13.90 thereafter.

Best Value

Annual Plan

RM 12.33/month

RM 9.87/month

Billed as RM 118.40 for the 1st year, RM 148 thereafter.

Follow us on our official WhatsApp channel for breaking news alerts and key updates!
Chinese New Year , covid-19 , death

Next In Aseanplus News

China vows effective measures to deter any sabotaging moves in the South China Sea
New Zealand's annual imports from South-East Asia are up by 15 per cent
US Supreme Court snubs bid to revive plea deal for accused 9/11 mastermind
World Insights: Leaders' summit puts security, regional cooperation, and finance at heart of upcoming COP17
Indonesia's Rayhan Latief is set to arrive at the Asia-Pacific Amateur Championship in a confident mood
Detained Suu Kyi receives UK royal package, says Myanmar govt
More calm now at Hormuz Strait as oil slips from five-month high with Hormuz transits in focus
Vietnam's VinFast reports US$1.2bil Q2 continuing loss despite sales jump
Iran's Araqchi blames the US for Strait of Hormuz tensions but calls for diplomacy
Six men detained to assist probe into abuse of Indonesian woman

Air Pollutant Index

Note: API is calculated based on 24hr running average of the most dominant parameter.

Highest API Readings

    Select State and Location to view the latest API reading

    Others Also Read