Malaysia blames Indonesian fires for haze, poor air quality

 

KUALA LUMPUR, Sept 30, 2023 (AFP) – Hundreds of forest fires in Indonesia have caused haze to reach areas of Malaysia where it has worsened air quality, Kuala Lumpur’s top environment official has said.

Outbreaks of smog-belching forest fires in 2019 caused Malaysia to say it would pressure Indonesia to combat the annual problem, which is often caused by blazes lit to clear agricultural land.

Malaysia’s Department of Environment director-general Wan Abdul Latiff Wan Jaffar said the fires were worsening air pollution on the country’s west coast and in Sarawak on the Malaysian part of Borneo island.

“Overall air quality in the country shows deterioration,” he said in a statement issued on Friday.

“Forest fires that occur in the southern part of Sumatra and the central and southern parts of Kalimantan (Borneo), Indonesia have caused haze to cross borders,” he said.

The statement said satellite imagery showed 52 forest fire “hotspots” in Sumatra and 264 in Borneo, according to a report from the Singapore-based ASEAN Specialised Meteorological Centre (ASMC), which tracks haze affecting Southeast Asia.

Indonesia’s environment and forestry ministry did not respond immediately to an AFP request for comment.

Firefighters on the western Indonesian island of Sumatra battled large peatland fires this month that covered Palembang, an Indonesian city of nearly two million people, in haze for weeks.

The Indonesian fires take place every year during the dry season but these are the worst since 2019, when they forced nearly 2,500 schools to close across Malaysia.

Fires in 2015 were also among the deadliest on record, cloaking Southeast Asia in toxic smoke for weeks and causing many people to become ill, schools to close, and flights to be cancelled.

The vast majority of Indonesia’s forest fires take place on Sumatra and Borneo, which is divided between Indonesia, Malaysia and Brunei.

Indonesia and Malaysia have both carried out “cloud-seeding”, which uses chemicals in a bid to induce rain, in previous attempts to battle the fires.

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