Friday 02 Aug 2024 |
AFED2022
 
AFEDAnnualReports
Environment and development AL-BIA WAL-TANMIA Leading Arabic Environment Magazine

 
News Details
 
Haze from Indonesian fires may have killed more than 100,000 people – study 20/9/2016
A smog outbreak in Southeast Asia last year may have caused over 100,000 premature deaths, according to a new study released Monday that triggered calls for action to tackle the “killer haze”.
 
Researchers from Harvard and Columbia universities in the US estimated there were more than 90,000 early deaths in Indonesia in areas closest to haze-belching fires, and several thousand more in neighbouring Singapore and Malaysia.
 
The new estimate, reached using a complex analytical model, is far higher than the previous official death toll given by authorities of just 19 deaths in Indonesia.
 
“If nothing changes, this killer haze will carry on taking a terrible toll, year after year,” said Greenpeace Indonesia forest campaign Yuyun Indradi.
 
“Failure to act immediately to stem the loss of life would be a crime.”
 
A spokesman for Indonesia’s environment ministry did not immediately have any comment.
 
Indonesian authorities have previously insisted they are stepping up haze-fighting efforts, through such actions as banning the granting of new land for palm oil plantations and establishing an agency to restore devastated peatlands.
 
The haze is an annual problem caused by fires set in forest and on carbon-rich peatland in Indonesia to quickly and cheaply clear land for palm oil and pulpwood plantations.
 
The blazes occur mainly on Indonesia’s western Sumatra island and the Indonesian part of Borneo, with monsoon winds typically blowing the haze over Singapore and Malaysia.
 
But last year’s fires were among the worst in memory and cloaked large parts of the region in choking smog for weeks, causing huge numbers to fall ill and sending diplomatic tensions soaring.
 
The new study to be published in journal Environmental Research Letters, which combined satellite data with models of health impacts from smoke exposure and readings from pollution monitoring stations, estimated that 100,300 had died prematurely due to last year’s fires across the three countries.
 
They estimated there were 91,600 deaths in Indonesia, 6,500 in Malaysia and 2,200 in Singapore.
 
Greenpeace hailed a “groundbreaking” study they said for the first time gave a detailed breakdown of deaths from last year’s fires, but cautioned that the figure was a “conservative estimate”.
 
It only looked at health impacts on adults and the effect of dangerous fine-particulate matter, known as PM 2.5. It did not examine the effect on youngsters or of the other toxins produced by the blazes.
 
In reality, infants are some of the most at risk from the haze, said Nursyam Ibrahim, from the West Kalimantan province branch of the Indonesian Medical Association on Borneo.
 
The study found an increase in the number of fires in peatland and in timber concessions in 2015, compared to the last haze outbreak considered major, in 2006, and that the number of fires in palm oil plantations fell.
 
Last year’s haze outbreak was the worst since 1997 due to a strong El Nino weather system, which created tinder-dry conditions in Indonesia and made peatland and forests more vulnerable to going up in flames. (The Guardian)
 
 
PHOTO: A MI-17 helicopter run by the Indonesian National Disaster Mitigation Agency water-bombs a fire in South Sumatra province.
CREDIT: Abdul Qodir/AFP/Getty Images.
 
 
 
 
 
Post your Comment
*Full Name
*Comments
CAPTCHA IMAGE
*Security Code
 
 
Ask An Expert
Boghos Ghougassian
Composting
Videos
 
Recent Publications
Arab Environment 9: Sustainable Development in a Changing Arab Climate
 
ان جميع مقالات ونصوص "البيئة والتنمية" تخضع لرخصة الحقوق الفكرية الخاصة بـ "المنشورات التقنية". يتوجب نسب المقال الى "البيئة والتنمية" . يحظر استخدام النصوص لأية غايات تجارية . يُحظر القيام بأي تعديل أو تحوير أو تغيير في النص الأصلي. لمزيد من المعلومات عن حقوق النشر يرجى الاتصال بادارة المجلة
© All rights reserved, Al-Bia Wal-Tanmia and Technical Publications. Proper reference should appear with any contents used or quoted. No parts of the contents may be reproduced in any form by any electronic or mechanical means without permission. Use for commercial purposes should be licensed.