Record Wildfires Across Africa and Asia in 2026 Driven by Climate Change and El Niño — WWA Report

<h3>Overview</h3> <p>Scientists from <span class="key-term" data-definition="World Weather Attribution (WWA) — an international research consortium that quantifies the contribution of human‑induced climate change to extreme weather events, aiding policy‑making and risk assessment (GS3: Environment).">World Weather Attribution</span> warned on <strong>12 May 2026</strong> that the 2024‑2026 fire season is already surpassing previous records. The rapid onset of fires in Africa and Asia is being amplified by a strong <span class="key-term" data-definition="El Niño — a climate phenomenon characterised by unusually warm sea surface temperatures in the central and eastern Pacific Ocean, leading to global weather anomalies such as droughts and floods (GS3: Environment).">El Niño</span> pattern expected later this month.</p> <h3>Key Developments</h3> <ul> <li>From January to April 2026, more than <strong>150 million hectares</strong> of land have burned worldwide – a <strong>20 % increase</strong> over the previous record.</li> <li>In Africa alone, <strong>85 million hectares</strong> have been lost, <strong>23 % higher</strong> than the prior peak of 69 million hectares.</li> <li>Asia’s fire footprint stands at <strong>44 million hectares</strong>, nearly <strong>40 % above</strong> the 2014 benchmark, with India, Myanmar, Thailand, Laos and China most affected.</li> <li><span class="key-term" data-definition="Imperial College London — a leading UK university renowned for research in climate science and engineering, often consulted by governments and international bodies (GS3: Environment).">Imperial College London</span> expert <strong>Mr. Theodore Keeping</strong> highlighted the role of unusually wet seasons creating abundant grass fuel, which later dried out to fuel savannah fires.</li> <li>Projected <span class="key-term" data-definition="El Niño — a climate phenomenon characterised by unusually warm sea surface temperatures in the central and eastern Pacific Ocean, leading to global weather anomalies such as droughts and floods (GS3: Environment).">El Niño</span> could intensify heat and drought in Australia, Canada, the United States and the Amazon, raising the likelihood of “the highest extreme‑fire risk in recent history”.</li> </ul> <h3>Important Facts</h3> <p>The surge in fire activity is linked to a rapid swing from “extremely wet” to “extremely dry” conditions. Heavy rains in the preceding growing season produced abundant grass, which became dry fuel under soaring temperatures. The <span class="key-term" data-definition="Climate change — long‑term alteration of temperature and precipitation patterns caused primarily by greenhouse‑gas emissions, a central theme in UPSC’s environment and sustainable development topics (GS3: Environment).">climate change</span> backdrop, combined with a strong <span class="key-term" data-definition="El Niño — a climate phenomenon characterised by unusually warm sea surface temperatures in the central and eastern Pacific Ocean, leading to global weather anomalies such as droughts and floods (GS3: Environment).">El Niño</span>, is expected to push temperature records higher this year.</p> <h3>UPSC Relevance</h3> <p>Understanding the interplay between <span class="key-term" data-definition="Climate change — long‑term alteration of temperature and precipitation patterns caused primarily by greenhouse‑gas emissions, a central theme in UPSC’s environment and sustainable development topics (GS3: Environment).">climate change</span> and natural climate oscillations like <span class="key-term" data-definition="El Niño — a climate phenomenon characterised by unusually warm sea surface temperatures in the central and eastern Pacific Ocean, leading to global weather anomalies such as droughts and floods (GS3: Environment).">El Niño</span> is crucial for GS‑3 (Environment) questions on disaster management, mitigation, and international cooperation. The role of research bodies such as <span class="key-term" data-definition="World Weather Attribution (WWA) — an international research consortium that quantifies the contribution of human‑induced climate change to extreme weather events, aiding policy‑making and risk assessment (GS3: Environment).">World Weather Attribution</span> and academic institutions like <span class="key-term" data-definition="Imperial College London — a leading UK university renowned for research in climate science and engineering, often consulted by governments and international bodies (GS3: Environment).">Imperial College London</span> illustrates the importance of scientific advisory mechanisms in shaping climate policy.</p> <h3>Way Forward</h3> <p>Policymakers should strengthen early‑warning systems, promote fire‑break creation, and invest in community‑based forest management, especially in high‑risk zones of Africa and Asia. International collaboration to monitor <span class="key-term" data-definition="El Niño — a climate phenomenon characterised by unusually warm sea surface temperatures in the central and eastern Pacific Ocean, leading to global weather anomalies such as droughts and floods (GS3: Environment).">El Niño</span> impacts, coupled with robust climate‑change mitigation strategies, will be essential to curb the frequency and severity of future <span class="key-term" data-definition="Wildfire — uncontrolled fire spreading in natural vegetation, intensified by drought, high temperatures and abundant fuel, posing challenges for disaster management and environmental protection (GS3: Environment).">wildfires</span>.<br/>The <strong>World Meteorological Organization</strong> and the <strong>UN agency</strong> have already flagged the risk of unprecedented weather extremes; coordinated action now can reduce loss of life, biodiversity, and economic assets.</p>