MEMPAWAH, Indonesia (AP) — A Japanese military transport ship docked on the island of Borneo on Thursday as part of a disaster relief mission to help fight wildfires in Indonesia that are causing a toxic haze impacting people’s health in other countries. Japan deployed 300 crew members, landing ship JS Kunisaki and three CH-47 helicopters, which arrived in Kalimantan on the island of Borneo. The mission in Indonesia marked the first known overseas firefighting operation carried out by the Japan Self-Defense Forces, or JSDF. “To this end, we will learn from the Indonesian military’s operational experience and work in coordination and cooperation with them, striving to ensure that the Indonesian people can lead stable lives as soon as possible,” Col. Syunji Nakahara, the commander of the disaster relief activities, said at a port in Mempawah district. Japan and Indonesia have been also increasingly strengthening their military cooperation ties, with the two sides discussing the Japanese sale of its used destroyers. Indonesia has been plagued by forest and land fires for decades, but an intensifying El Niño pattern this year and a prolonged dry season worsened the impact of the fires. Toxic haze and smoke have caused a health crisis in neighboring countries. The smoke has drifted as far as the Philippines, more than 800 kilometers (500 miles) away, and breached Malaysia’s emergency-level threshold for air pollution, forcing authorities to declare an emergency last week in a town in Sarawak state on Borneo. The air pollution has also affected several areas on the island of Sumatra, forcing…This article was originally published on Mongabay

BANJARMASIN, Indonesia — Siti Sarah slept in fits and starts through August as the fires broke out around her village and surrounding peatlands. One fire on Aug. 18 at first seemed a safe distance away, but in a heartbeat the flames were within 100 meters (330 feet) of her home in Pengayuan, a village in Indonesia’s South Kalimantan province. “The fire seemed to leap up,” Siti told Mongabay Indonesia. “All of a sudden it was right there — it grew so fast.” Cries for help echoed around the village as Siti joined the community’s firefighting press. “I also helped put out a fire,” she said. “By whacking it with a piece of wood.” Two days later, firefighters scrambled to extinguish yet another blaze in the village grounds, dousing the flames before they could reach any homes. Across Indonesia, community and government firefighters have been battling fires like this since the main dry season began in July, many of them burning across carbon-rich peatlands in the low-lying deltas and plains of Borneo and Sumatra. In recent decades, Borneo’s peatlands have been drained for oil palm plantations to meet rising global consumer demand for palm oil. Fire is often used as a cheap way to clear land, but the flames can quickly run out of control across drained peatlands, which become a tinderbox when desiccated by El Niño-fueled drought. Commuters on the road try to shield their noses from the thick haze as they drive. Image by Riyad Dafhi Rizki/Mongabay Indonesia. In…This article was originally published on Mongabay

BELHAVEN, N.C. (AP) — Scientists and investors are restoring a 23-square-mile tract of peatland in North Carolina to help curb climate-warming emissions and restore native habitat. Ditches have drained water from thousands of years of accumulated peat, leaving the site vulnerable to drought and wildfire and unleashing huge volumes of carbon dioxide. One-third of global carbon is stored in saturated peatlands, more than all forests combined. But that reverses when peatlands are damaged. Pantheon Regeneration plans to restore the water table to curb emissions, then sell carbon credits to help fund its goal of preserving a million acres of peatland from Virginia to Florida. A planter, right, works in a field adjacent to a peatland forest Tuesday, May 5, 2026, in Belhaven, N.C. Image courtesy of Joshua A. Bickel, Associated Press By Tammy Webber and Joshua Bickel, Associated Press   Banner image: Neal Flanagan, right, a research scientist at Duke University, uses a tool to take a soil sample from a peatland as Curt Richardson, an ecology professor at Duke, observes Wednesday, May 6, 2026, in Belhaven, N.C. Image courtesy of Joshua A. Bickel, Associated PressThis article was originally published on Mongabay