トームさんのインスタグラム写真 - (トームInstagram)「Extreme weather may cost the global fashion industry $65 billion by 2030 @cnn   —  Extreme heat and flooding are set to deal a massive blow to the global fashion industry, with four of the world’s top garment producing countries at risk of missing out on $65 billion in earnings by 2030, according to a study from Cornell University and investment manager Schroders.  Bangladesh, Pakistan, Vietnam and Cambodia are seen to be particularly at risk, with a 22% drop in earnings from exports — and wider economic hit — projected by the end of the decade, according to the findings, which were released Wednesday.  Fashion brands that source extensively in these countries should alter work hours and ensure workers get enough rest and hydration in response to the predicted disruption, according to researchers from Schroders and Cornell’s Global Labor Institute.  Nearly 1 million fewer jobs would be created collectively as productivity slows because of the expected impact of adverse weather, they said.  The four Asian countries were chosen for study because of their roles as industry powerhouses. Together, they account for 18% of global apparel exports, roughly 10,000 clothing and footwear factories and more than 10.6 million manufacturing workers.  But the locations are also deeply vulnerable to the climate crisis. Major garment manufacturing centers including Dhaka, Phnom Penh, Karachi, Lahore, Ho Chi Minh City and Hanoi are already confronting extreme heat and humidity, the authors noted.  “All of these cities are also likely to experience significant flooding,” they said.  Pakistan, especially, is no stranger to extreme weather, with more than one third of the country underwater last year during its worst floods in history.  Like elsewhere, Pakistan and Bangladesh have also seen heat waves in recent months, with temperatures soaring above 40°C (104°F) for many days during the spring and summer.  Using coastal and river flooding data, as well as temperature readings, the team from Cornell and Schroders said it had projected how different scenarios would affect manufacturing workers.」9月21日 5時11分 - tomenyc

トームのインスタグラム(tomenyc) - 9月21日 05時11分


Extreme weather may cost the global fashion industry $65 billion by 2030 @CNN

Extreme heat and flooding are set to deal a massive blow to the global fashion industry, with four of the world’s top garment producing countries at risk of missing out on $65 billion in earnings by 2030, according to a study from Cornell University and investment manager Schroders.

Bangladesh, Pakistan, Vietnam and Cambodia are seen to be particularly at risk, with a 22% drop in earnings from exports — and wider economic hit — projected by the end of the decade, according to the findings, which were released Wednesday.

Fashion brands that source extensively in these countries should alter work hours and ensure workers get enough rest and hydration in response to the predicted disruption, according to researchers from Schroders and Cornell’s Global Labor Institute.

Nearly 1 million fewer jobs would be created collectively as productivity slows because of the expected impact of adverse weather, they said.

The four Asian countries were chosen for study because of their roles as industry powerhouses. Together, they account for 18% of global apparel exports, roughly 10,000 clothing and footwear factories and more than 10.6 million manufacturing workers.

But the locations are also deeply vulnerable to the climate crisis. Major garment manufacturing centers including Dhaka, Phnom Penh, Karachi, Lahore, Ho Chi Minh City and Hanoi are already confronting extreme heat and humidity, the authors noted.

“All of these cities are also likely to experience significant flooding,” they said.

Pakistan, especially, is no stranger to extreme weather, with more than one third of the country underwater last year during its worst floods in history.

Like elsewhere, Pakistan and Bangladesh have also seen heat waves in recent months, with temperatures soaring above 40°C (104°F) for many days during the spring and summer.

Using coastal and river flooding data, as well as temperature readings, the team from Cornell and Schroders said it had projected how different scenarios would affect manufacturing workers.


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