Rice News in English

How overestimated rice demand distorted Philippine policy

Source Inquirer Net

Posted on July 17, 2026

Share

Tweet

Share

Share

Email

Comments

Rice consumption in the Philippines has shifted significantly over the past seven decades because of population growth, dietary substitution, statistical methodologies and policy choices.

While the country was self-sufficient in rice from the 1960s through the 1990s, the turn of the millennium marked a structural shift toward deficits and import dependence.

This paper reviews historical consumption and production data, examines the methodological basis of per capita rice consumption estimates and discusses flaws in the Supply Utilization Accounts (SUA) method. By reconciling statistical overestimation with actual consumption patterns, the study identifies the roots of over-importation and proposes policy options that combine demand management, yield improvement and diversification of staple diets.

Introduction

Rice is not merely a staple food in the Philippines. It is a political commodity that shapes national policy, farmer livelihoods and household food security.

Historical data show that per capita rice consumption rose from 72.6 kilograms in 1960 to 92.6 kilograms in 1995, when the country remained self-sufficient with a self-sufficiency ratio (SSR) of 110% (Table 1).

By the early 2000s, however, consumption estimates had surpassed 100 kilograms per capita, reaching 119 kilograms from 2008 to 2010. This increase, combined with population growth and stagnant land area, transformed the Philippines into a structural rice importer.

At the same time, import liberalization under the Rice Tariffication Law, or Republic Act No. 11203, high fertilizer costs, continued land conversion and climate shocks such as a super El Niño have converged to depress farmgate palay prices and prompt farmers to stop planting.

Mendoza (2025-2026) argues that this is not merely a cyclical decline but a policy-induced crisis.

Table 1. Population, rice demand, production and deficit or surplus

Year	Population, millions	Kilograms per capita per year	Rice demand, MMT	Production, MMT	Deficit or surplus, MMT	SSR
1960	27	72.60	1.96	2.28	0.32	116%
1965	31.3	81.90	2.56	2.44	-0.12	95%
1970	36.7	77.50	2.84	3.19	0.35	112%
1975	41.8	76.10	3.18	3.45	0.27	108%
1980	47.9	84.00	4.02	4.30	0.28	107%
1985	54.1	90.00	4.87	5.10	0.23	105%
1990	60.3	92.00	5.55	6.13	0.58	110%
1995	66.9	92.60	6.20	6.50	0.30	105%
2000	76.5	103.20	7.90	7.40	-0.50	94%
2005	84.6	105.80	8.95	8.60	-0.35	96%
2010	93.4	119.10	11.12	10.40	-0.72	94%
2015	101	111.60	11.27	11.30	0.03	100%
2020	108.7	114.30	12.42	12.54	0.12	101%
2025	116	119.00	13.57	12.40	-1.17	91%

Notes: Per capita figures for 1960-1975 are from World Bank (1979). Figures for 1990-2025 are from PIDS and the PSA’s FCS and SUA. Production figures for 1980-2015 were interpolated from PSA and USDA data. Sources: Mendoza (2025), PSA, PIDS and World Bank (1979).

Historical trends in rice consumption and production

From 1960 to 1995, the Philippines maintained modest surpluses, with SSRs ranging from 105% to 116%.

In 1990, for example, per capita consumption was 92 kilograms, demand was 5.55 million metric tons and production reached 6.13 million metric tons, producing a surplus of 0.58 million metric tons.

By 2000, estimated per capita consumption had increased to 103 kilograms. Demand rose to 7.9 million metric tons, while production remained at 7.4 million metric tons, resulting in a deficit of 0.5 million metric tons.

By 2025, with a population of 116 million and estimated per capita consumption of 119 kilograms, demand reached 13.57 million metric tons against production of 12.4 million metric tons.

This left a deficit of 1.17 million metric tons and an SSR of 91%.

Methodological critique: The SUA framework

The SUA method is a statistical framework used by the Philippine Statistics Authority (PSA) and related agencies to estimate per capita rice consumption.

It begins with total rice production and adjusts for imports, exports and changes in stocks to determine the available supply.

Deductions are then made for nonfood uses, such as seed, feed and wastage, while a milling recovery rate is applied to convert palay into milled rice. The residual figure is divided by the population to estimate per capita consumption.

Mendoza (2012) said the method tends to inflate consumption because milling recovery, seed use and wastage are often overestimated.

This creates what he described as “phantom demand” that exaggerates national rice requirements and justifies higher import volumes.

This methodological bias has contributed to chronic over-importation and lower farmgate prices in recent decades.

For example, the SUA assumes a 64% milling recovery rate and adds 6% for waste and 6.38% for feed, resulting in an estimated 0.5 million to 0.8 million metric tons of phantom demand annually.

SUA estimates have also reached extremes, including 128 kilograms per capita in 2008, far above dietary-based estimates of 85 kilograms to 110 kilograms.

This statistical inflation created the appearance of chronic deficits and prompted unnecessary imports.

“The government overestimated the yearly rice consumption by every Filipino, leading to over-importation in the last eight years,” Mendoza wrote in 2012.

Over-importation and policy distortions

By 2025, the actual deficit was only 1.4 million metric tons, but imports reached 4.7 million metric tons.

This resulted in over-importation of 3.3 million metric tons, equivalent to 24% of consumption.

Four factors explain the disparity:

1. Planning assumptions: The Department of Agriculture (DA) used an estimate of 119 kilograms per capita, while PSA surveys showed actual consumption closer to 110 kilograms.
   
2. SUA inflation: Overcounting milling recovery, seed and waste added phantom demand.
   
3. Buffer hoarding: Policies adopted after the 2008 crisis institutionalized oversized reserves.
   
4. Tariffication incentives: Republic Act No. 11203 allowed traders to profit from less expensive imports even when local supply was adequate.

The mismatch between statistical demand and actual consumption depressed farmgate prices, undermined farmer incomes and weakened confidence in domestic production.

Reconciling statistical estimates with dietary reality

Dietary estimates based on the Food and Nutrition Research Institute’s Food Composition Table (1980) and Recommended Energy and Nutrient Intake (2002) suggest average per capita consumption closer to 85 kilograms to 93 kilograms.

Estimates stratified by age and gender range from 70 kilograms for people who consume less rice to 131 kilograms for heavy consumers, with a weighted average of 93 kilograms.

This is consistent with historical self-sufficiency levels in the 1990s and contradicts SUA estimates of 119 kilograms to 128 kilograms.

Using corrected estimates, Mendoza (2012) concluded that the Philippines was self-sufficient in 2011 despite government claims of deficits.

Import-price-fertilizer squeeze

The Rice Tariffication Law replaced quantitative restrictions with tariffs, resulting in increased rice imports from Vietnam and Thailand.

Imports rose from 2.1 million metric tons in 2022 to 4.7 million metric tons in 2025, pulling farmgate palay prices down to ₱10 to ₱12 per kilogram.

This was far below the production cost of ₱18 to ₱20 per kilogram.

At the same time, fertilizer costs increased as oil prices reached $95 to $105 a barrel, forcing farmers to reduce nitrogen application by 25% to 30%.

This reduction could result in a yield loss of as much as 4.8 million metric tons across 4 million hectares harvested each year.

Without intervention, output in the fourth quarter of 2026 could contract by 20% to 30% (Mendoza, 2025b; Bureau of Customs, 2025).

Climate multiplier: El Niño

Climate shocks amplify economic pressures.

In 2025, four typhoons caused losses of 150,000 metric tons, while El Niño caused an additional 600,000 metric tons in losses. The combined loss was 750,000 metric tons.

Irrigated areas produce an average of 4.3 tons per hectare, while rain-fed areas yield only 3 tons per hectare, making them highly vulnerable to dry spells.

The Philippine Atmospheric, Geophysical and Astronomical Services Administration (PAGASA) projects continued drought in Northern and Central Luzon in the fourth quarter of 2026.

The drought would directly affect regions expected to offset low-priced wet-season harvests.

This climate risk compounds pressure from imports and low prices, meaning farmers who plant could still face reduced yields.

Climate-resilient water systems, such as solar pumps and reservoirs, are essential to mitigate these losses (PAGASA, 2026; Mendoza and Vega, 2026).

Land conversion

Land conversion has permanently reduced rice acreage.

The 1991 Local Government Code devolved land-use approvals to local government units, many of which approved the conversion of irrigated rice land into subdivisions, warehouses and solar farms.

From Biñan to Cabanatuan, rice fields have been lost to real estate and logistics developments.

The DA’s 2026 projection of 3.6 million to 3.8 million metric tons of imports assumes that the area planted with rice will remain static.

However, the land base is shrinking by 1% to 2% annually.

By 2030, more than 500,000 hectares of prime irrigated land had been lost. Conversion will continue if it is not addressed.

A moratorium on the conversion of irrigated land is needed (Mendoza, 2025d; Philippine Statistics Authority, 2025).

Planting strike

Farmers are rational economic actors. When expected revenue falls below production costs, they withhold labor and capital.

After three to four seasons in which palay prices fell to ₱10 to ₱12 per kilogram, many farmers accumulated debts to traders and input dealers.

Even when prices rose slightly to ₱15 per kilogram, the National Food Authority (NFA) lacked the funds to buy palay at the floor price of ₱17 to ₱20 per kilogram, leaving farmers with losses.

Field reports from Bay, Los Baños and Calauan confirmed that farmers skipped wet-season planting because of this economic calculation: “Lalo lang malulugi at babaon sa utang.”

This planting strike reduces national output by 10% to 15%, independent of climate conditions (Mendoza, 2025a; Mendoza, 2025f).

Comparative narrative: 1990 self-sufficiency vs. 2025 import dependence

In 1990, the Philippines was self-sufficient in rice, producing 6.13 million metric tons against demand of 5.55 million metric tons.

This resulted in a surplus of 0.58 million metric tons and an SSR of 110%.

Farmers at the time had confidence in planting because farmgate prices were stable and pressure to convert agricultural land was minimal.

By contrast, demand in 2025 reached 13.57 million metric tons, while production remained at 12.4 million metric tons.

This created a deficit of 1.17 million metric tons and lowered the SSR to 91%.

The shift reflects population growth and inflated per capita consumption estimates, compounded by policy liberalization under Republic Act No. 11203.

The law allowed imports to rise to 4.7 million metric tons, well beyond the actual deficit.

The resulting over-importation depressed farmgate prices and increased farmer indebtedness (Mendoza, 2025; PSA, 2016; Republic of the Philippines, 2019).

Policy-induced vs. climate-induced deficits

The current rice crisis is driven more by policy failures than by climate shocks.

Policy-induced deficits stem from unlimited imports under the Rice Tariffication Law, higher fertilizer costs linked to global oil prices, continued land conversion and farmers’ decisions not to plant because of debt and limited NFA procurement funds.

These factors directly reduce both the area planted and crop yields, creating a structural contraction in output.

Climate-induced deficits, including losses caused by El Niño and typhoons, aggravate the situation but are secondary to systemic policy failures.

The 2023-2024 El Niño lasted about nine months and had significant agricultural and water-related effects nationwide.

It caused an estimated ₱9.5 billion in damage and a loss of 600,000 metric tons.

The planting strike, however, threatens to reduce the planted area nationwide by 10% to 15%.

Climate shocks are significant, but the deeper crisis lies in policies that have made rice farming unprofitable and unsustainable (Mendoza, 2025g; PAGASA, 2026).

Comparative insights

The comparison shows that the Philippines moved from a rice surplus in 1990 to a deficit in 2025 not because of an inability to grow rice but because of policy decisions that weakened farmer confidence.

Climate shocks such as El Niño remain important, but they multiply existing vulnerabilities rather than cause the underlying crisis.

The primary factors are liberalization under the Rice Tariffication Law, the lack of safeguards, insufficient NFA funding and continued land conversion.

Unless the government acts to restore farmer incomes, protect agricultural land and recalibrate imports, the fourth quarter of 2026 could be remembered not merely for a poor harvest but as the period when farmers lost confidence in rice production.

The Philippines is not facing a rice shortage because it cannot grow rice. It is facing a shortage because rice farming has become unprofitable, risky and constrained by the loss of agricultural land.

Historical data show that the country was self-sufficient at 92 kilograms per capita in 1990.

Policy choices later raised estimated demand to 119 kilograms per capita, triggering chronic over-importation and lower farmgate prices.

Unless the government invokes the Safeguard Measures Act, funds NFA procurement, halts land conversion and promotes dietary diversification, the fourth quarter of 2026 could mark not only a poor harvest but also a loss of farmer confidence in rice production.

The crisis is primarily policy-induced rather than weather-induced.

Policy recommendations

Correcting rice consumption estimates is not merely a statistical exercise.

It has significant policy implications for demand management, yield improvement, dietary diversification and buffer-stock rationalization.

Demand management

The DA and PSA should recalibrate their planning models by replacing the estimated consumption of 119 kilograms per capita with a more realistic range of 105 kilograms to 110 kilograms per capita.

This requires revising the SUA framework, correcting milling recovery assumptions and aligning estimates with data from the Family Income and Expenditure Survey.

Institutionalizing a “real demand” baseline could reduce estimated national rice requirements by 1 million to 1.3 million metric tons annually.

This adjustment would narrow the deficit without expanding agricultural land or increasing imports.

It would also help ensure that procurement and buffer-stock policies reflect actual consumption rather than statistical overestimation (Mendoza, 2012; PSA, 2016).

Yield improvement

Yield improvement requires a coordinated program of seed distribution, fertilizer support and irrigation rehabilitation.

Current yields average 4.2 tons per hectare.

With hybrid seed adoption, balanced fertilization and adequate water, yields could increase to 5.5 tons per hectare.

Applying these measures across 4.8 million hectares could add 6.2 million metric tons to the rice supply, enough to eliminate the structural deficit.

The government should prioritize targeted fertilizer subsidies linked to soil analysis, expand shallow tube wells and solar pumps, and strengthen extension services to train farmers in climate-resilient practices.

This approach would help ensure that productivity gains are sustainable and equitably distributed (Mendoza, 2025b; Bureau of Customs, 2025).

Diet diversification

Dietary diversification should be institutionalized through a 40-60 caloric ratio, with rice accounting for only 40% of daily calories and the remaining 60% coming from nonrice staples.

These alternatives include corn, root crops such as kamote and cassava, legumes such as monggo and sitao, vegetables and fish.

This shift could reduce rice demand by 1.16 million metric tons annually while improving nutrition.

Implementation would require school feeding programs, local government-led “Eat More Veggies” campaigns and subsidies for diversified crops.

Promoting brown rice, corn-rice blends and vegetable consumption could help normalize dietary change.

The strategy would reduce import dependence and strengthen resilience to climate shocks (Mendoza, 2025e; PIDS, 2011).

Buffer rationalization

Buffer rationalization requires revising the NFA’s reserve policies to align them with realistic consumption estimates.

Instead of maintaining oversized reserves based on inflated demand, the government should adopt a calibrated buffer equivalent to 60 to 90 days of actual consumption.

Implementation would involve transparent procurement at floor prices, digital inventory tracking and decentralized regional buffer stocks to reduce logistics costs.

Rationalizing buffer stocks would prevent over-importation, stabilize farmgate prices and ensure that reserves are used strategically during supply shocks rather than in ways that distort markets.

The reform would restore farmer confidence while maintaining food security (Mendoza, 2025c; Republic of the Philippines, 2019).

Together, these measures could transform a deficit of 1.4 million metric tons into a surplus, eliminate the rationale for chronic imports and restore farmer confidence.

Conclusion

The Philippine rice gap is not solely a result of population growth and limited agricultural land.

It is also a product of inflated per capita consumption estimates and policy distortions that favor imports over domestic production.

By revisiting methodological assumptions, aligning planning with actual dietary patterns and diversifying staple consumption, the Philippines could achieve rice self-sufficiency without expanding its agricultural land area.

The challenge is not only to produce more rice but also to correct statistical overestimation and rebalance policy priorities toward farmer empowerment and sustainable food security.

To Read more about Rice News  continue reading Agriinsite.com

Source : Inquirer.net