Jonathan Horn, Founder and CEO, Treefera

Asia-Pacific is home to 60 percent of the world's population[1] and produces 90 percent of its rice.[2] Three structural pressures are converging — demand growth that narrows every operating buffer, climate disruption that strikes at critical biological windows, and geopolitical exposure that converts energy events into food security crises within weeks. Our ability to respond is compromised by the a structural information gap between physical ground truth at the farm gate and published data. The tools to close that gap are operational.

The Information That Precedes the Event

In March 2026, disruption to shipping through the Strait of Hormuz sent urea prices up 46 percent in a single month.[3] Approximately 30 percent of globally traded fertiliser transits this chokepoint,[3] and the supply constriction is arriving at precisely the wrong moment. Across India's Kharif belt, Bangladesh and the Mekong Delta, this is the pre-monsoon window: the period when fertiliser demand is at its highest and planting decisions are being made that will substantially determine regional yields in Q3 and Q4. Farmers facing sharply elevated input costs will apply less this season. Planting areas will contract. The yield consequences of those decisions will not register in published data until after the harvest. By then, the window for intervention will have closed.

The pattern is not new. In July 2023, India announced restrictions on non-basmati white rice exports. Global prices rose by up to 32 percent within months.[4] Forty-two countries had sourced more than half of their total rice imports from a single origin.[4] The physical signal that preceded that decision – monsoon distribution across major producing states, soil moisture during critical growth stages – was detectable from satellite weeks before the policy announcement. The biological conditions that would constrain the harvest were observable before the harvest was at risk. The conditions for repeating this sequence in 2026 are already in place.

This paper is about that gap.

Three Pressures Converging

Demand narrows every margin

Asia-Pacific's urban population is projected to reach 70 percent by 2050, adding approximately one billion urban dwellers over the next twenty-five years.[5] Today, 1.9 billion people in the region cannot afford a nutritionally adequate diet.[6] That is a food system already under structural stress before any additional disruption occurs. Demand growth does not sit alongside climate and geopolitical risk as concurrent pressures — it is the baseline condition that determines how much stress the system can absorb before a disruption becomes a crisis.

Singapore's response to this structural exposure is instructive. Facing near-total import dependence — illustrated when Malaysia's 2022 chicken export ban disrupted supply within days[4] — the Singapore government launched its "30 by 30" strategy: producing 30 percent of the country's nutritional needs domestically by 2030, through investment in urban farming, aquaculture and supply chain diversification.[7] The strategy rests on an explicit acknowledgement that dependence on regional supply chains, without visibility into their condition, is a risk that cannot be managed after the fact.

Climate strikes at the wrong moment

Research published in Science Advances (November 2025) found that severe floods reduce global rice yields by approximately 4.3 percent annually — around 18 million tonnes — with losses concentrated in eastern China, West Bengal, the Philippines and Indonesia.[8] Standard climate reporting fails to capture the most important agricultural dimension: timing within the biological window. Flooding at tillering destroys a crop; at harvest, it damages it. A drought during grain fill has a categorically different yield impact than one during dormancy. Without calibration to crop development stage, the climate signal is present but the meaning is absent.

Geopolitical shocks transmit through energy to food

Energy chokepoints convert into food price events with minimal lag. WFP projects almost 45 million additional people globally could face acute food insecurity by mid-2026 if the current conflict persists — with Asia absorbing an estimated 9.1 million of that increase, the largest percentage rise of any region assessed.[9]

Water access follows the same logic. The Indus Basin — irrigating approximately 80 percent of Pakistan's agricultural land — has operated without a governing framework since India suspended the Indus Waters Treaty in April 2025.[10] On the Mekong, upstream dam operations measurably suppress downstream flow through Vietnam, Cambodia and Thailand, with yield effects that lag any market signal by months.[11] In each case, an upstream decision — geopolitical and literal — governs an agricultural outcome that farm-gate monitoring cannot anticipate.

Why Existing Systems Don't Close It

Optical satellite coverage — the backbone of most publicly available crop monitoring — cannot penetrate cloud cover. Key agricultural zones across Southeast Asia experience persistent cloud obscuration for four to six months during the growing season: the period of maximum agricultural activity and maximum risk. FAO's Global Information and Early Warning System publishes four global crop prospect reports per year.[12] For a crop under water stress during a six-week critical biological window, a quarterly cadence is retrospective. By the time the report is published, the yield loss has occurred and the intervention window has closed.

The required tools — radar satellite coverage that penetrates cloud, AI-driven stress detection calibrated to the biological window — are operational. Treefera's analysis of Ghanaian cocoa produced yield estimates with an F1 score of 0.93 against actual outcomes, months before official publication. US corn yield tracked final USDA figures to within one percentage point, four weeks ahead of official release. The gap is not technological. It is deployment at the right resolution, timing and analytical specificity.

The Decision Argument

First-mile intelligence takes a different form for each actor carrying material exposure to this system.

For commodity traders, the publication lag is a quantifiable information asymmetry — an advantage for those reading biological ground truth in real time over those waiting for official confirmation. For financial institutions, the inability to separate climate-driven yield deviation from management underperformance is a structural gap in agricultural credit risk and crop insurance, one that misprices in a systematic direction: overpricing well-managed farms in difficult conditions, underpricing poorly managed farms in favourable ones. For governments, the lag is the interval in which a measured response becomes a reactive one.

The EU Deforestation Regulation, now in force, has already moved plot-level supply chain verification from future ambition to current legal requirement for palm oil, soy and coffee entering European markets.[13] The same logic is moving through agricultural risk assessment, commodity pricing and capital allocation.

Every investment in Asia-Pacific food resilience — from national reserves to agricultural credit to supply chain diversification — performs relative to the quality of the information it operates on. The current architecture carries a five-to-seven-month structural lag. The tools to close it exist. Whether institutions carrying material exposure to this system deploy them — in this window, while the next harvest is still being planted — is the question the data is already answering.

References

1. United Nations Department of Economic and Social Affairs, Population Division. (2024). World Population Prospects 2024. New York: United Nations.
2. FAO. (2026). Food Outlook: Biannual Report on Global Food Markets. Rome: Food and Agriculture Organization.
3. Center for Strategic and International Studies (CSIS). (2026). Chokepoint: How War with Iran Threatens Global Food Security. Washington D.C.: CSIS. / International Fertilizer Association (IFA). (2026). Fertilizer Market Bulletin.
4. USDA Foreign Agricultural Service. (2023). Rice: World Markets and Trade. Washington D.C.: USDA. / Reuters. (2022, 23 May). Malaysia bans chicken exports from June 1 amid domestic supply crunch.
5. United Nations Department of Economic and Social Affairs, Population Division. (2024). World Urbanization Prospects: The 2024 Revision. New York: United Nations.
6. FAO. (2021). Regional Overview of Food Security and Nutrition in Asia and the Pacific 2021. Bangkok: Food and Agriculture Organization. Note: data covers 2020 baseline; cross-check against current FAO SOFI edition for updated regional figures.
7. Singapore Food Agency. (2019). Singapore's Food Story: 30 by 30 Goal. Singapore: SFA. Available at sfa.gov.sg. / Singapore Ministry of Sustainability and the Environment. (2019). Singapore Food Story. Singapore: MSE.
8. Li et al. (2025). Flood damage to global rice production. Science Advances, 14 November 2025. DOI: 10.1126/sciadv.adx7799.
9. World Food Programme. (2026, March). WFP projects food insecurity could reach record levels as a result of Middle East escalation. Press Release. Rome: WFP. See also: WFP. (2026). Projected increase in acute food insecurity due to the Middle East conflict. Rome: WFP.
10. Government of India, Ministry of External Affairs. (2025, April). Statement on suspension of Indus Waters Treaty. New Delhi. See also: JURIST. (2025, April). Pakistan dispatch: India's suspension of Indus Waters Treaty raises legal and regional stability concerns.
11. International Crisis Group. (2024). Dammed in the Mekong: Averting an Environmental Catastrophe. Brussels: ICG. / Eyler, B. and Kirtimaan, A. (2020). New Evidence: How China Turned Off the Mekong River. Washington D.C.: Stimson Center.
12. FAO. (n.d.). Global Information and Early Warning System (GIEWS). Food and Agriculture Organization, Rome. Available at fao.org/giews.
13. European Commission. (2023). Regulation (EU) 2023/1115 on the Making Available on the Union Market and the Export from the Union of Certain Commodities and Products Associated with Deforestation and Forest Degradation. Official Journal of the European Union, L 150, 9 June 2023.