China Unveils Sweeping Extreme Weather Response Strategies

As record-breaking heatwaves scorch Europe and India and unprecedented rainfall drenches China, Beijing has unveiled a comprehensive set of strategies to confront what the United Nations has called “the era of global boiling.” The new approach, detailed in a Guangming Daily analysis published June 10, 2026, encompasses improved early warning systems, enhanced disaster preparedness, and coordinated emergency response mechanisms designed to protect communities from increasingly frequent climate-related disasters.

A World on Fire

The urgency of China’s response is underscored by a cascade of extreme weather events across the Northern Hemisphere. On May 26, London recorded 35.1°C, breaking the UK’s May high-temperature record, while India’s Banda city reached a staggering 48.2°C — the highest for that period since 1951. France experienced its hottest May day on record, and a “heat dome” swept across Portugal, Spain, and Italy, pushing temperatures 5 to 10°C above normal.

Meanwhile, China has been battered by relentless rainfall. From April to May 2026, nearly 500 meteorological stations across the country recorded daily precipitation exceeding historical extremes. The first red-level mountain torrent disaster warning of the year was issued on May 24 — nearly one month earlier than in 2024. China’s May 2026 average precipitation was 16.3% above the historical average, making it the wettest May in a decade, with seven regional severe convective weather events affecting the country.

“The era of global warming has ended; the era of global boiling has arrived,” UN Secretary-General António Guterres warned, as quoted in the Guangming Daily report.

The Science Behind the Surge

Meteorologists point to a combination of factors driving the extreme conditions. A persistent high-pressure system stretching from the Arabian Peninsula to northwestern India has trapped heat, while a “heat dome” over Europe has prevented hot air from escaping. In China, the Western Pacific subtropical high has remained unusually strong and positioned further west and north than normal, channeling moisture from tropical oceans into the mainland.

“Research shows that since 2020, although the cumulative spring precipitation south of the Yangtze River has not increased significantly, the number of extreme precipitation days and the intensity of extreme precipitation have both increased notably,” said Sheng Jie, chief forecaster at the Central Meteorological Observatory, as cited in the report.

The World Meteorological Organization (WMO) announced on June 2 that there is an 80% probability of an El Niño event developing between June and August 2026, which would further amplify warming. With 2024 already confirmed as the hottest year on record — 1.55°C above pre-industrial levels — the WMO projects that global average temperatures may remain at or near record levels for the next five years.

China’s Technological Response

At the heart of China’s strategy is what officials describe as the world’s largest “space-air-ground” integrated meteorological monitoring network. The system comprises Fengyun meteorological satellites, 842 weather radars, and over 90,000 ground-based automatic weather stations. According to the Chinese government, China’s severe convective weather warning lead time has reached 13 minutes, with a disaster weather monitoring rate of 83%.

China Meteorological Administration (CMA) Director Chen Zhenlin announced in April that the 15th Five-Year Plan period (2026-2030) will feature dedicated “extreme weather response assault actions” spanning the entire chain from monitoring and forecasting to early warning, emergency coordination, and climate adaptation support. As China News Service reported, Chen emphasized that China is a “climate change sensitive zone and significantly affected region,” and that the country would concentrate efforts across all fronts to comprehensively improve extreme weather response capabilities.

The Mazu Platform: China’s Global Contribution

A centerpiece of China’s international climate engagement is the “Mazu” (MAZU) early warning platform, named after the Chinese sea goddess. Launched by the CMA in July 2025, the cloud-based platform has been deployed in seven countries across Asia, Africa, and Oceania, with over 40 countries able to access it via cloud services.

A new generation public cloud version was released in April 2026, incorporating artificial intelligence capabilities and expanding from weather forecasting to impact-based forecasting. The upgraded platform now offers sector-specific products for agriculture, health, and transportation, providing users with targeted risk guidance for decision-making.

“China plays a leading role in climate multilateralism,” Simon Stiell, Executive Secretary of the UNFCCC, told People’s Daily. “Through South-South cooperation and the Belt and Road Initiative, China supports developing countries in advancing clean energy and climate-resilient transformation.”

Protecting Food Security

The agricultural dimension of China’s extreme weather strategy is particularly critical. China has built over 1 billion mu (approximately 66.7 million hectares) of high-standard farmland, with 75.68 million mu newly built or upgraded in 2025 alone. Crop insurance covering full costs is now implemented nationwide for the three major staple grains.

Gao Rong, Deputy Director of the National Climate Center, warned that June brings heightened risks. “In June, there is a higher risk of heatwaves in central-southern North China to the Huang-Huai region,” Gao said at a CMA press conference, advising preparations for impacts on tourism, construction, public health, and energy supply.

Analysis: A Systematic Approach to a Systemic Crisis

What distinguishes China’s response is its comprehensive, multi-layered approach — what Chinese policymakers describe as “systemic thinking” (系统观念). Rather than treating extreme weather as a series of isolated emergencies, the strategy spans the full chain from monitoring and forecasting to early warning, emergency response, and long-term climate adaptation.

This approach is embedded in several key policy documents. The 15th Five-Year Plan (2026-2030) includes dedicated extreme weather response initiatives. The Central Economic Work Conference in December 2025 called for strengthening meteorological monitoring and early warning systems while shoring up flood prevention infrastructure in northern China. The National Climate Adaptation Strategy 2035 aims to build a “climate-adapted society” within the next decade.

Climate change has also widened global disparities. As the Guangming Daily editorial noted: “Climate change has to some extent widened the gap between countries — from economic strength to adaptive capacity, from emission responsibilities to disaster impacts, the divide is deepening.” China’s Mazu platform represents an effort to address this gap, providing developing nations with access to advanced early warning technology that might otherwise be out of reach.

What Lies Ahead

China faces an active extreme weather season in summer 2026, with predictions of one to two typhoons making landfall or affecting the South China coast — above average in both number and intensity. Continued heavy rainfall and heatwaves are expected to test emergency response systems in the coming months. The expected El Niño event will further amplify these risks.

The 15th Five-Year Plan provides a policy framework for sustained investment in meteorological infrastructure, AI-enhanced forecasting, and climate adaptation through 2030. Longer term, China’s experience and technological solutions — particularly the Mazu platform — position it as a potential leader in global climate adaptation, especially for developing countries in Asia, Africa, and Oceania.

As the Guangming Daily article concludes: “Extreme weather is no longer a ‘future tense’ — it is the ‘present tense.’ Facing the crisis, only action — with more precise warnings, more advanced technology, and fairer cooperation — can safeguard our peace.”