A new global analysis released ahead of COP30 warns that the world must mobilize at least US$443 billion each year to help smallholder farmers adapt to worsening climate impacts—nearly the same amount currently spent on subsidies that harm both people and the planet.

The report, released by Climate Focus for the Family Farmers for Climate Action (FFCA)—an alliance representing 95 million small-scale producers worldwide—reveals that only 0.36% of needed funds currently reach these farmers.​

Smallholders, who farm less than 10 hectares each, produce half of the world’s food calories and sustain 2.5 billion livelihoods, yet face rising threats from droughts, floods, and storms. “This isn’t charity—it’s an investment in global food security,” said Elizabeth Nsimadala, President of the Eastern Africa Farmers Federation.

The Cost of Survival: Less Than a Daily Coffee

According to the report, the annual adaptation cost for a typical one-hectare farm is just US$953—or about US$2.19 a day—less than the price of a cup of coffee in Germany. Meanwhile, smallholders already spend 20–40% of their income on adaptation measures, totaling US$368 billion a year from their own pockets.​

Investments would support vital measures like micro-irrigation systems, early warning networks, and climate-resilient seeds—steps proven to prevent devastation from saltwater intrusion in Vietnam’s Mekong Delta or drought crises across East Africa.

Dangerous Finance Gaps Leave Farmers Defenseless

Despite their crucial role, current global spending on smallholder adaptation reached only US$1.59 billion in 2021, a drop in the ocean compared to the estimated need. Bureaucratic barriers, limited access to rural banking, and restrictive loan conditions mean that small-scale farmers are frequently shut out of official climate finance systems.​

A study cited in the report found that none of the 40 major GEF or GCF projects designed to assist small-scale producers sent funds directly to family farmers. Instead, farmers often rely on informal credit sources with crushing interest rates.

COP30: A Turning Point for Climate Justice

As the upcoming COP30 in Brazil puts adaptation at the centre of global negotiations, farmer-led groups are demanding a dedicated “Farmers Resiliency Fund” to ensure money flows directly to those growing the world’s food.​

The Brazilian Presidency’s Action Agenda—which emphasizes sustainable agriculture and hunger eradication—has given hope for reform. However, questions remain over whether rich nations will double adaptation finance to US$40 billion by 2025 or commit to a long-term goal that includes

Delhi’s toxic air returned this October in a troubling sequence of contrasts. For two weeks, the Indian capital breathed marginally cleaner air — not because of new policies or enforcement, but because nature intervened. Massive floods in Punjab and Haryana dramatically reduced stubble burning, cutting agricultural fires by more than 77%. But just as the air began to clear, the Diwali festival sent pollution levels soaring to their highest in five years.

Fresh analyses of satellite fire counts and ground-level pollution data reveal the fragile nature of Delhi’s air quality gains — and how quickly they can unravel when local emissions spike.

A Flood-Induced Experiment in Clean Air

From October 1–12, 2025, combined stubble-burning incidents in Punjab and Haryana dropped from 779 to just 175, according to new analysis by Climate Trends, a research-based consulting firm. The widespread monsoon flooding that year left farmlands waterlogged, delaying harvest cycles and making crop residue burning nearly impossible.

The results were immediate. Delhi’s average PM2.5 concentration fell by 15.5% compared to the same period in 2024 — from 60.79 µg/m³ to 51.48 µg/m³. The link between upwind agricultural fires and air quality in the National Capital Region became unmistakably clear.

“The floods served as an unplanned intervention, drastically lowering fire activity and proving how strongly stubble burning impacts Delhi’s air quality,” the report observed. In 2024, when fire activity was high, the day with the most burning (October 12) also recorded Delhi’s worst pollution. In 2025, as those fires disappeared, the capital’s skies briefly showed signs of recovery.

But experts caution that the improvement was relative, not absolute. Even with crop fires nearly wiped out, Delhi’s average PM2.5 remained above 50 µg/m³ — far exceeding the World Health Organization’s safe limit of 5 µg/m³. “This reveals a significant background load from vehicles, industries, and dust,” the analysis noted.

Then Came Diwali — and the Air Turned Grey Again

Just weeks later, the city’s respite vanished.

Data from the Central Pollution Control Board show PM2.5 levels leaping from 156.6 µg/m³ before Diwali to 488 µg/m³ after the festival — a threefold jump that made this year’s Diwali the most polluted in recent memory. The highest hourly concentrations, touching 675 µg/m³, were recorded late into the night of the celebrations.

“This year’s Diwali has proven to be even worse than before,” said Palak Balyan, Research Lead at Climate Trends, in a statement. “The data clearly show a sharp rise in pollution levels, with post-Diwali PM readings averaging around 488 compared to just 156.6 before the festival. Green crackers made no measurable difference compared to regular ones.”

Meteorological conditions compounded the damage. Calm winds, below 1 metre per second, and a nighttime temperature inversion trapped pollutants close to the surface. “It is most likely that the high concentration of PM2.5 is due to local emission of firecrackers,” explained Dr. S.K. Dhaka, Professor at Rajdhani College, University of Delhi. “The pollution is of local nature, not transported from other places.”

The Limits of Seasonal Fixes

The back-to-back contrasts of October 2025 expose the complexity of Delhi’s air pollution crisis — a cycle that oscillates between rural and urban sources, and between policy action and cultural inertia.

“The floods achieved what enforcement often struggles to do — a 77.5% drop in stubble burning,” noted the analysis. Yet, within weeks, those gains were erased by festival emissions and weak regulation.

For environmentalists, it was a reminder that neither short-term bans nor weather anomalies can substitute for long-term emission control. “It’s disheartening that even after years of witnessing the harmful effects of burning firecrackers, we continue to repeat the same mistake,” said Aarti Khosla, Founder and Director of Climate Trends. “This pollution severely impacts children, pregnant women, the elderly, and those who are unwell. I sincerely urge everyone to be more mindful and sensitive towards our environment.”

A Global Mirror

Delhi’s story resonates far beyond India. Across Asia, seasonal pollution spikes linked to agriculture and festivals remain entrenched. From rice stubble burning in Thailand and Vietnam to haze from forest fires in Indonesia, similar emissions patterns are repeatedly visible — and so are the lessons.

Temporary improvements, whether due to floods or lockdowns, underscore what is possible when emissions fall drastically. Yet, the persistence of “base pollution” from transport, industry, and energy use continues to keep air quality at unsafe levels year-round.

In that sense, 2025 offered a real-world experiment: when emissions from one sector (agriculture) dropped sharply, air quality improved almost immediately. But when another (fireworks and vehicles) spiked, the benefits evaporated just as fast.

Experts argue that India’s clean air strategy must move beyond reactive bans and seasonal blame games. The 2025 data underline the need for coordinated, year-round emission control — from crop management in rural states to mobility and energy transitions in cities.

India’s 2025 monsoon turned out to be one of the most extreme in recent memory, with nearly half of the country facing abnormal rainfall. An analysis by Climate Trends, based on India Meteorological Department (IMD) data, reveals that global warming is fundamentally reshaping how and where rains fall across the subcontinent.

In the first week of October, EdPublica published a ground report detailing how torrential rains resulted in floods and waterlogging, crippling agriculture in the rural areas of Madhya Pradesh. Now, this localized crisis is mirrored by a far broader pattern of intensifying monsoon extremes revealed in the Climate Trends analysis.

Climate Change Intensifying the Monsoon

“The monsoon is no longer what it used to be — global warming is now the biggest driver,” said Dr. K.J. Ramesh, former Director General of IMD. The Climate Trends report finds that between 2016 and 2025, five out of ten monsoons were above normal, with 2025 marking yet another year of widespread excess rainfall.

Nearly 45 percent of India’s landmass recorded extreme rainfall events this year, highlighting a shift towards shorter, more intense downpours. “The number of rainy days is going down, but the intensity of those showers is far higher,” Ramesh added.

Regional Contrasts

According to Climate Trends’ district-level analysis, northwestern India saw rainfall 27 percent above normal, its highest since 2001. Ladakh and Rajasthan topped the list with record-breaking surpluses of 342 percent and 60–70 percent respectively. Central India, including Gujarat, Maharashtra, and Madhya Pradesh, also registered strong performance.

In contrast, East and Northeast India suffered a 20 percent deficit, marking their ninth below-normal season in a decade. States like Assam, Arunachal Pradesh, and Bihar faced major rainfall shortfalls, while Kerala saw a -13 percent anomaly — a rare dry phase for the usually rain-abundant state.

Floods and Human Toll

The Climate Trends analysis, drawing from IMD’s extreme weather records, reports 2,277 heavy rainfall and flood incidents this year, resulting in 1,528 deaths nationwide. Madhya Pradesh alone recorded 290 fatalities. The Ganga Basin saw 32 of 59 “Highest Flood Level” breaches this monsoon, with August emerging as the most flood-intensive month.

“These Himalayan floods are not typical for the monsoon season,” observed Professor A.P. Dimri, Director of the Indian Institute of Geomagnetism. “They are the result of compounded precipitation — monsoon rains, local orographic effects, and glacial melt acting together.”

The Science Behind a Changing System

Researchers point to several warming-driven factors. The rise in sea surface temperatures over the Arabian Sea and Bay of Bengal has increased atmospheric moisture, fuelling heavier bursts of rain. “The atmosphere now carries more moisture than in earlier decades. Bigger clouds are forming, leading to torrential events,” said Mahesh Palawat, Vice President of Meteorology and Climate Change at Skymet Weather.

Western Disturbances, once confined to winter, are now merging with summer monsoon systems. “They are expanding northward, overlapping with monsoon circulations and enhancing rainfall,” said Dr. Argha Banerjee of IISER Pune.

Himalayan Alarm and Adaptation Need

Rapid glacial melt is compounding the impact of these extreme events. “Snow cover is depleting quickly due to rising temperatures,” Banerjee explained. “This magnifies river responses to sudden rain bursts or cloudbursts.”

The report notes that heavy rainfall events in India have nearly tripled since 1950, and all indicators suggest continued intensification. “These patterns aren’t short-term,” warned Dr. Ramesh. “We’re entering an era of wetter, more erratic monsoons — and adaptation is our only option.”