By Environmental Reporting Desk Main Facts: The Smoldering Crisis in Jambi’s Peatlands In the searing heat of late August, the dusty peat roads of Sungai Gelam in Muaro Jambi, Jambi Province, bore witness to a familiar and devastating cycle. For over a month, the heavens offered no relief; Desa Persiapan Air Merah—a community nestled within a 1,764-hectare social forestry area (HKm Air Merah) managed by the Koperasi Multi Usaha Mandiri—went completely without rain. The prolonged drought, supercharged by the looming threat of the El Niño "Godzilla" phenomenon, transformed the deep, ancient peatlands into a tinderbox. What began as a thin, innocent wisp of smoke curling lazily behind a betel nut plantation soon erupted into one of the most severe localized blazes of the season. By the time the flames were finally quelled 10 days later, over 130 hectares of forest and agricultural land within the immediate vicinity had been ravaged. This localized disaster was merely a symptom of a much broader ecological crisis. According to data from the Indonesian conservation NGO Kelompok Kerja Konservasi Warsi (KKI Warsi), by September 3, 2026, the total area consumed by forest and land fires (kebakaran hutan dan lahan or karhutla) across Jambi had surged past 10,000 hectares—nearly doubling the tally from just the week prior. The fires did not confine themselves to Muaro Jambi; they ravaged districts across the province, including Tanjung Jabung Timur, Tanjung Jabung Barat, Sarolangun, Tebo, and Batang Hari. The ecological stakes could not be higher. Jambi’s landscape encompasses 14 Hydrological Peat Units (KHGs) spanning 617,562 hectares. These deep peat domes—some reaching depths of 3 to 11 meters within the Sungai Batanghari–Sungai Kumpeh landscape—are critical carbon sinks. They regulate regional hydrology, harbor rich biodiversity including the critically endangered Sumatran tiger (Panthera tigris sumatrae), sambar deer (Rusa unicolor), and at least 22 bird species, and play a vital role in global climate stabilization. Yet, centuries of human alteration, industrial drainage, and cyclical fires have pushed these fragile ecosystems to the brink of collapse. Chronology: From a Wisp of Smoke to a 130-Hectare Inferno The catastrophe in Air Merah unfolded with terrifying swiftness, catching local farmers and firefighters off guard despite years of living on the front lines of climate vulnerability. Day 1: The Spark It was early afternoon when Tahang, a 53-year-old local farmer and pineapple vendor, navigated his motorcycle down the undulating, dust-choked peat tracks. His basket was full of freshly harvested pineapples, shaking violently with every bump in the road. More than a month had passed since the last drop of rain, and dry heat radiated directly from the fissures opening up in the desiccated peat soil. In the distance, past the rows of betel nut trees inside the community forestry area, a thin column of smoke drifted into the sky. Tahang kept moving; a pineapple middleman was waiting. At the collection point near the cooperative’s office, he ran into fellow farmers Ali and Haidir. "Did you see the fire earlier?" Tahang asked. "Yes, but it was small," Haidir replied casually. Ali returned to his plot to gather the remaining harvest, while Tahang drove back across the provincial border to his home in Muara Medak, South Sumatra, to rest. At that moment, no one anticipated that the thin gray plume would transform into an unstoppable monster. The Explosion A few hours later, the heat and wind catalyzed the transformation. The fire raced rapidly through dry weeds, plunged underground into the subterranean layers of dry peat, and found its oxygen. “Dum… it exploded, and by 2:30 PM, the fire became massive,” Tahang recalled, describing the terrifying acoustic signature of underground peat pockets combusting. Panicked, Tahang contacted Amin, the cooperative’s treasurer, to sound the alarm. Grabbing his motorcycle and a portable water pump, he rushed back to the scene. "When I got there, the fire was already nearing the first canal. Personnel from Manggala Agni [the forestry brigade] and the Regional Disaster Management Agency (BPBD) were already there in force, but water was scarce," Tahang said. Alongside dozens of local volunteers, Tahang battled the wall of heat from 5:00 PM until 2:00 AM. But with the regional canals completely dried up by the severe dry season, their efforts felt like dropping water onto a furnace. The Spread and Suppression By sunrise the next morning, the subterranean fire had breached three drainage canals, leaping over a kilometer away from its point of origin. Tahang estimated the immediate burned area had already surpassed 130 hectares. "We couldn’t fight it anymore; there was simply no water," Tahang lamented. The provincial emergency response escalated dramatically. Approximately 300 ground personnel fought tirelessly amidst choking, blinding smoke, while a fleet of three water-bombing helicopters executed continuous sorties, dropping thousands of liters of water onto the blazing peat. It took 10 grueling days of coordinated aerial and ground operations to completely extinguish the subterranean embers. Supporting Data and Historical Context: A Five-Year Curse The tragedy in Sungai Gelam is not an isolated anomaly; it is part of a predictable, tragic rhythm. Chronology of Major Peat Fires in HKm Air Merah: ┌──────────────┬────────────────────────────────────────────────────────┐ │ Year │ Severity / Impact │ ├──────────────┼────────────────────────────────────────────────────────┤ │ 2015 │ Devastating, widespread total burn │ │ 2019 │ Devastating, widespread total burn │ │ 2023 - 2024 │ Minor localized flare-ups │ │ 2026 │ Major catastrophic fires return (>130 ha in Air Merah) │ └──────────────┴────────────────────────────────────────────────────────┘ "In 2015 and 2019, it burned down completely. In 2023 and 2024, it burned a little bit, and now in 2026, it’s burning again," Tahang noted with weary resignation. "I’ve marked it down: every five years, there is bound to be a major fire." The root of this vulnerability traces back decades. The area was originally a commercial timber concession. Once logging permits expired, the land was left unmanaged and abandoned. Beginning around 2002, unmitigated oil palm cultivation began creeping into the margins, while industrial drainage canals were dug indiscriminately around the HKm area. These canals systematically drained the hydrological sponge of the peat dome, altering water tables and leaving the ecosystem vulnerable to drought. According to Prof. Sri Wilarso Budi, a Professor in the Department of Silviculture at the Faculty of Forestry and Environment, IPB University, repeated peat fires point to deep-seated systemic failures. Peat dries out because canals drain the land, forest cover is stripped away, monitoring is lax, and preventive measures always arrive too late. "The fires this year could actually have been predicted early on," Prof. Wilarso explained. Warnings regarding severe drought driven by the El Niño "Godzilla" cycle were broadcast long before the first spark ignited. "It should have been anticipated. We shouldn’t wait until the fire is massive before everyone scrambles into action. By then, it’s too late." Prof. Wilarso elaborated on the biological mechanics of water retention. In a healthy, well-forested ecosystem, dense tree canopies break the force of falling rain, while organic matter and active soil organisms create micro-pores that allow water to infiltrate and be deeply stored. When that canopy is destroyed, rainwater merely sheets across the surface as runoff, leaving virtually no subterranean reserves. "The heat then evaporates the small amount of water left, making the landscape hyper-susceptible to fire," he warned. Dr. Asmadi Sa’ad, Head of the Land Reclamation Research Center and a soil science lecturer at Jambi University, pointed to the catastrophic mismanagement of peat hydrology as the primary culprit. Large-scale peat clearing and deep canal construction have made fires an annual certainty in Jambi, while canal blocking efforts almost always lag behind the crisis. "Ideally, canal blocking should be constructed before the land dries out, not after," Dr. Asmadi emphasized. He noted that during recent fire incidents, groundwater tables in several affected zones plummeted to between 1.5 and 2 meters below the surface. Even heavy rains following a fire do not immediately restore the peat; it takes three to four years of consistent, managed canal-blocking for internal moisture levels to stabilize. Furthermore, the ecological toll is irreversible on a human timescale. "It takes decades or even hundreds of years just to restore 10 centimeters of burned peat," Dr. Asmadi explained, noting that natural peat accumulation crawls at a glacial pace of 0.1 to 2 millimeters per year. While hydrological and biological functions can be partially rehabilitated, the original biodiversity lost to the flames is virtually impossible to recover. Official Responses and Adaptive Shifts: A Paradigm Shift Toward Prevention Faced with the recurring nightmare of annual haze and carbon releases, experts and regional authorities agree that the national disaster response paradigm must fundamentally pivot from suppression to prevention. The DIY Early Warning System (EWS) In a breakthrough initiative launched in late August 2026, a collaborative project supported by FINCAPES—a partnership between the Faculty of Mathematics and the Faculty of Environment at the University of Waterloo, funded by Global Affairs Canada—installed two "Do-It-Yourself" (DIY) fire early warning systems within the Air Merah community forest. The system utilizes low-cost, open-source environmental sensors designed to read critical ecological parameters in real-time: Smoke density Ambient temperature Groundwater table depth Wind direction Rainfall rates Soil moisture The data is processed using embedded micro-computers and transmitted via wireless communication networks to provide real-time alerts. "Sirens will blare if the sensors indicate hazardous conditions," explained Mawardi Muhammad, Program Officer for Flood Risk at FINCAPES. Crucially, the data is also streamed live via a public website, allowing community members to monitor moisture levels from their phones. Designed with low-cost, readily available components bought from online marketplaces, the system is cheap to maintain and easy for local populations to manage independently. Future upgrades aim to push automated alerts directly to residents via WhatsApp and push notifications. "I believe we can build these ourselves. We don’t need to buy expensive, high-end equipment from abroad," Dr. Asmadi noted approvingly. Nature-Based Solutions and Community-Led Restoration Mindawati Azmi, Program Officer for Nature-based Solutions at FINCAPES, argues that ecological recovery is impossible to decouple from community livelihoods. To address this, I-CAN—a multidisciplinary research center under the IPB University Faculty of Forestry and Environment focusing on nature-based solutions—is partnering with FINCAPES to roll out a pioneering 47-hectare landscape restoration model in Sungai Gelam. The project utilizes reforesting techniques, Multi-Purpose Tree Species (MPTS), and agroforestry across two fenced-off demonstration blocks, with a target of planting 80,000 seedlings. "Communities are already planting pineapples and betel nuts; we are intercropping those with endemic peat-swamp species like swamp jelutung (Dyera polyphylla), balangeran (Shorea balangeran), pulai (Alstonia scholaris), and Liberica coffee, which thrives under shade," Azmi explained. The project leverages the abundance of natural mycorrhizal fungi found in the local soil to accelerate revegetation across acidic, nutrient-poor peat. By 2028, the initiative aims to serve as a practical, scalable blueprint for community-based peatland restoration across Sumatra. Implications: A Race Against Time for Sumatra’s Carbon Lungs The implications of the 2026 Jambi fires extend far beyond provincial borders. Every hectare of burning peat releases massive ancient carbon reserves into the atmosphere, accelerating global climate change while shrouding neighboring provinces and nations in toxic transboundary haze. For residents like Tahang, the changes are intensely personal. The introduction of the DIY early warning sensors and the ongoing agroforestry trials represent a glimmer of hope in a landscape that has suffered decades of ecological degradation. Standing on the scorched earth of Sungai Gelam, Tahang reflects on the shifting reality of his home. He knows that fires do not always announce themselves with roaring flames; sometimes they start silently beneath the earth, signaled only by a wisp of smoke, a dry breeze, or weeks without rain. For years, survival depended entirely on the collective memory and grit of local farmers—spotting smoke, grabbing water pumps, and running toward the heat. But as climate change accelerates droughts and lowers water tables, human muscle and traditional experience are no longer enough. "If the peat burns, it’s dangerous," Tahang says quietly. With new early warning sirens now standing watch over the pine and pineapple groves of Air Merah, the community is no longer fighting blind. While the scars of the 2026 fires will take centuries to heal, the integration of grassroots science, localized monitoring, and nature-based agroforestry offers Jambi’s vulnerable peatlands something they haven’t had in decades: a fighting chance at early detection, prevention, and survival. Post navigation Silent Tears and White Chrysanthemums: The Unyielding Quest for Justice for Rahman the Elephant and Riau’s Silenced Wildlife
