Climate Disasters are Wreaking Devastation on the World's Farms
Disasters have inflicted an estimated $3.26 trillion in agricultural losses worldwide over the past 33 years – an average of $99 billion annually, roughly 4 percent of global agricultural GDP – says a new report by the Food and Agriculture Organization of the United Nations (FAO). The report titled “The Impact of Disasters on Agriculture and Food Security 2025,” provides the most comprehensive global assessment to date of how disasters – from droughts and floods to pests and marine heatwaves – are disrupting food production, livelihoods and nutrition. It also demonstrates how digital innovations are shifting agrifood systems from reactive crisis management to proactive data-driven resilience-building.
Key Highlights
A. Overall Losses
Disasters have inflicted an estimated $3.26 trillion in agricultural losses over 33 years (1991–2023), averaging $99 billion per year.
Cereal crops have borne the heaviest burden at 4.6 billion tonnes of losses, followed by fruits and vegetables (2.8 billion tonnes).
Meat and dairy have lost 900 million tonnes.
Losses incurred in three distinct phases
Moderate losses in the 1990s, averaging $64 billion annually;
Gradual increases throughout the 2000s, reaching $67 billion per year; and
A severe escalation from 2010 onwards with losses reaching $144 billion annually.
B. Losses by Region
Predictably, much of this damage has been concentrated in the Global South, with lower-middle- income countries facing the highest relative losses at 5.0 percent of agricultural GDP.
Asia shoulders the heaviest burden at 47 percent of global losses $1.53 trillion).
The Americas follow with 22 percent ($713 billion)
Africa, at third position, accounts for 19 percent ($611 billion).
C. Losses as Share of GDP
When losses are considered as a percentage of agricultural GDP, a dramatically different pattern emerges.
Africa suffers the most severe relative economic impact at 7.4 percent of agricultural GDP.
The Americas follow with 5.2 percent, Oceania with 4.2 percent and Europe with 3.6 percent.
D. Losses by Hazard Type
These losses have a direct impact on the quality of life of people, with losses in production resulting from disasters corresponding to a reduced availability of 320 kcal per person per day globally. In short, climate disasters are now emerging as a major hurdle for countries like Pakistan when it comes to solving problems like food insecurity. While the report points to newer and more localized risk forecasting tools in agriculture, powered by AI and machine learning, it will be some time before such tools become widely accessible in poorer countries.
The Digital Revolution
The report also highlights a parallel digital revolution that could transform how we manage agricultural risks. It says, “Digital solutions serve as a conduit for transferring knowledge to multiple stakeholders and policymakers, empowering them to act through advanced analytical models that integrate multiple types and scales of data, including socioeconomic, soil health, climate, hazard and agricultural information. These technologies help overcome challenges by providing innovative solutions for improving access to advisory services, market linkages and facilitating access to credit through traceable means.”
FAO's report identifies digital transformation as a game-changer for agricultural disaster risk reduction. Emerging tools such as artificial intelligence (AI), remote sensing, mobile connectivity, drones and sensors are now enabling hyperlocal, real-time insights that improve early warning, advisory services, risk transfer mechanisms and anticipatory action. Examples include:
FAO's Climate Risk Toolbox (CRTB), which i n t e g r a t e s g l o b a l d a t a s e t s t o g u i d e agricultural planning in more than 200 projects.
Rift Valley Fever Early Warning Decision Support Tool (RVF-DST) has accurately forecasted Rift Valley fever outbreaks in countries like Tanzania, Kenya and Uganda, allowed for timely vaccinations and limited the spread of disease.
Soil Mapping for Resilient Agrifood Systems (SoilFER), a geospatial platform that matches soil and fertilizer data to promote efficient, sustainable farming.
Fall Armyworm Monitoring and Early Warning System (FAMEWS), FAO's mobile-based s y s t e m f o r t r a c k i n g f a l l a r m y w o r m infestations across 60+ countries.
D i g i t a l i n n o v a t i o n a l l o w s f a r m e r s a n d policymakers to make better decisions and act earlier. From predictive analytics to mobile insurance, these tools are saving lives, p r o t e c t i n g l i v e l i h o o d s a n d strengthening food systems.
Implications for Pakistan
Pakistan faces a significant digital gap, particularly in rural areas with poor internet connectivity and limited technological access.
The report highlights that just one year after the 2022 floods, the 2023 monsoon affected 9 million people and destroyed 849,000 hectares of crops.
Many Pakistanis consider 2022 and 2024 as the most destructive monsoon years of the decade, making the 2023 impact surprising.
Although the current year is beyond the report's scope, the Ministry of Finance disclosed that 2024 floods caused $2.9 billion in economic losses.
These losses led to a projected GDP growth reduction for FY2026 by 0.3–0.7%.
Agriculture bore the largest share of losses, worsening inflation, which rose to 5.6% in September from 3.0% in August.
Rising cost of living is increasingly tied to climate change and recurring natural disasters.
Annual climate-driven losses are unsustainable, threatening the future of farming in Pakistan.
Farmers already struggle with urban expansion, water scarcity and socioeconomic inequities.
Seasonal floods further worsen conditions, making agriculture less viable for those who can afford to leave it.
While Pakistan cannot prevent natural disasters, it can strengthen and modernize physical, digital and administrative infrastructure to protect agriculture.
If monsoon impacts cannot be fully controlled, other structural issues must at least be resolved to make farming sustainable year-round.
Conclusion
Pakistan urgently needs a national strategy to mainstream digital agriculture: crop mapping using remote sensing, AI-based pest surveillance, mobile advisory hubs and disaster-indexed insurance. The tools exist, but political will and investment are missing. The window for building tech-based resilience is closing faster than policymakers seem to realize.
The writer is a student at KEMU, Lahore.
M. Bilal Butt
The UN’s Food and Agriculture Organization (FAO) recently released a report wherein it revealed that the global community has faced $3.26 trillion in agricultural losses over the past three decades, with annual damages increasing from $64 billion in the 1990s to $144 billion in recent years. At a time when the world is confronting an era of unprecedented challenges to agrifood system, the convergence of weather extremes, conflicts, economic shocks and now the increasing frequency and severity of disasters has made things worse. This report demonstrates that disasters are not merely disrupting food production; they are systematically undermining the four pillars of food security: availability, access, utilization and stability.
