The Department of Agriculture’s (DA) response to the looming Super El Niño includes shifting to less water-intensive crops, adjusting planting calendars, accelerating solar-powered irrigation, and coordinating with the National Irrigation Administration (NIA). These measures reflect short-term tactical approaches rather than a comprehensive and systemic strategy for the short, medium and long term.
Crop diversification into mung beans or cassava may reduce marginal losses. Planting calendar adjustments presuppose predictable rainfall, yet Super El Niño events are characterized by prolonged droughts and erratic precipitation, rendering such adjustments largely ineffective, as the Inquirer reported in 2026.
The rollout of solar-powered irrigation faces dual constraints: shortages of panels and pumps, and the absence of water sources during severe droughts. Irrigation systems, regardless of energy source, cannot function without adequate reservoir levels or accessible water sources. Coordination with NIA, meanwhile, becomes an exercise in rationing rather than expansion when dam levels fall below critical thresholds, as seen during the 1997-98 El Niño, according to David and colleagues (2009).
The DA’s Super El Niño measures are inadequate and narrow in addressing systemic vulnerabilities.
More pressing is rice supply security. Current projections diverge sharply. The DA estimates a shortage, or imports, at 3.6-3.8 million metric tons (MMT), but the USDA projects 5.1 MMT, with risk-adjusted forecasts suggesting 5.5-6.0 MMT under Super El Niño conditions, as the Inquirer reported in 2026. Palay output could fall to 17-18 MMT, erasing recent gains.
Compounding this is the National Food Authority’s (NFA) buffer stock of only seven to 15 days, far below ASEAN peers’ 30-day reserves. Vietnam, which supplies 80% to 90% of Philippine rice imports, may itself face production shocks, further tightening global supply.
The DA’s narrow tactical measures must therefore be complemented by systemic reforms. These include buffer stock expansion to stabilize domestic supply; regional diplomacy prioritizing ASEAN rice swaps and reserve-sharing agreements to mitigate external shocks; implementing a minimum support price of P25 to P27 per kilogram to incentivize farmers to sustain rice production despite climate risks; and diversifying import sources beyond Vietnam-such as Thailand, India or Pakistan-through early negotiations.
Other priorities include investing in water-harvesting infrastructure, including small reservoirs and aquifer recharge systems, for longer-term resilience, and managing demand through conservation measures to stretch reserves during peak shortages.
The broader context of peso depreciation and corruption-driven indebtedness further magnifies the problem. Rising oil prices, when combined with a weakened peso, inflate the cost of imports in peso terms. For example, a $100-per-barrel oil price at today’s P61-to-$1 exchange rate translates to P6,100 per barrel, compared with P4,200 per barrel when the peso was P42 to $1. This difference directly raises fuel pump prices and food transport costs, worsening inflationary pressures.
Without corruption-driven deficits, peso stability would have moderated the impact of oil price increases, keeping food prices more contained. Today, however, oil shocks hit an already weakened fiscal foundation, making their impact more severe.
The DA’s current measures are insufficient to confront the magnitude of the looming Super El Niño. Without systemic reforms, the Philippines risks deepening its dependence on imports, facing severe inflation and undermining food security. What is needed is a broader policy framework and structural reforms, rather than narrow tactical adjustments.
El Niño is not a modern phenomenon; it has been documented for more than a century. Pre-1980s events were severe, with some (1925-26, 1940-41, 1957-58) rivaling ‘super’ El Niños. These historical episodes highlight long-standing vulnerabilities in agriculture, water systems and trade issues.
The Philippines has endured repeated El Niño events since the early 1980s (Table 1). But each episode reveals a pattern of reactive, short-term responses rather than structural reform. The 1982-83 El Niño was among the earliest severe droughts, reducing crop yields and exposing the fragility of irrigation systems. The 1986-87 episode again disrupted rainfall, highlighting the vulnerability of rainfed rice areas.
The 1991-92 El Niño, compounded by the eruption of Mount Pinatubo, devastated agricultural production and forced reliance on imports. The 1997-98 El Niño was among the strongest on record, cutting rice output by more than 20% and triggering one of the largest import surges in Philippine history.
Later episodes, such as 2002-03 and 2009-10, continued to erode productivity, while the 2015-16 El Niño inflicted P15 billion in agricultural losses. Most recently, the 2023-24 event affected more than 7 million Filipinos, with drought conditions reported in 37 provinces and dry spells in 22 provinces. Golden Gate Weather Services (2025) and OCHA (2024) noted these episodes demonstrate that El Niño is a recurring climate shock. Yet despite decades of experience, the country remains unprepared, repeating narrow tactical measures instead of building systemic resilience.
Dietary Dependence and the Need for Diversification
The Philippines has yet to institutionalize medium- to long-term resilience measures. Each episode triggers short-term interventions-calendar adjustments, crop shifts or emergency imports-without addressing structural vulnerabilities such as low buffer stocks, weak farmer incentives and overdependence on rice.
Policy discourse remains focused on the supply side of rice production, neglecting the demand side of consumption. This approach perpetuates vulnerability: When rice harvests fail, food security collapses. A more sustainable strategy requires dietary diversification.
The Philippines’ vulnerability to El Niño shocks is compounded by its rice-centric dietary patterns. Per capita rice consumption is estimated at 119 kilograms a year, among the highest globally, according to World Population Review (2026) and Helgi Library (2026). Historically, rice consumption in the Philippines was closer to 90 to 95 kilograms a year, meaning current intake has increased by more than 25%. At that consumption level, the Philippines would still be self-sufficient in rice and not dependent on imports during climate shocks.
Filipinos have also been overly reliant on polished rice, with limited attention to its health consequences. It digests quickly, spikes blood sugar and contributes to the rising prevalence of type 2 diabetes. Moderating rice intake to historical averages would ease import pressures, stabilize food security and improve public health outcomes.
Filipinos should now eat brown or dehulled rice, which offers nutritional and food security advantages compared with polished rice. Milling recovery is 8% to 10% higher, meaning more edible grain is retained from the same harvest, reducing wastage and easing import dependence. Its slower digestibility moderates blood sugar spikes, helping prevent type 2 diabetes and reducing the tendency to overconsume. Because it provides greater satiety, individuals naturally eat less rice, lowering per capita consumption toward 80 to 90 kilograms per year, below historical averages.
The looming Super El Niño should be seen not only as a threat but also as a catalyst for reforming the food system. Instead of remaining locked into a rice-centric diet that heightens vulnerability to climate shocks and import dependence, this crisis can push diversification of caloric energy sources. Alternatives such as root crops (cassava, sweet potato, taro, yam), maize, sorghum, millet and adlai provide resilient carbohydrate bases that thrive under variable rainfall and require less irrigation. Legumes such as mung beans and soybeans add protein while easing pressure on rice demand. Brown or dehulled rice, with higher milling recovery and slower digestibility, can moderate consumption levels.
Another rice extender is adlai. Adlai (Coix lacryma-jobi L.), also known as Job’s tears, is a traditional cereal crop gaining renewed attention in the Philippines as a climate-resilient alternative to rice. It is propagated through direct seeding, with plants maturing in about four to five months, and thrives in upland, rainfed or moderately irrigated areas. Unlike rice, adlai does not require flooded paddies, relying instead on well-drained soils and moderate rainfall, which makes it suitable for drought-prone regions. Nutrient requirements include nitrogen at about 80 kilograms per hectare, phosphorus at 50 kilograms P2O5 per hectare, and potassium at 20 kilograms K2O per hectare, ensuring optimal yield and grain quality, according to PCAARRD (2017).
Nutritionally, adlai is a rich source of carbohydrates, providing about 356 kcal and 73 to 74 grams of carbohydrates per 100 grams, surpassing rice and corn in energy density. It also contains 12 to 13 grams of protein per 100 grams, significantly higher than rice, making it both an energy and protein source. Its low glycemic index (GI 28), compared with rice (GI 73), makes it beneficial for individuals managing diabetes. Adlai is also rich in dietary fiber, calcium, phosphorus, iron and B vitamins, contributing to improved digestion, bone health and reduced risk of chronic diseases. FNRI (2020) cited bioactive compounds in adlai linked to anti-inflammatory, anti-diabetic and hypolipemic properties, reinforcing its role as a functional food.
Equally concerning is the low intake of vegetables among Filipinos. Expanding vegetable intake-squash, eggplant, okra, carrots, cabbage, tomatoes, beans, and leafy greens such as malunggay, kangkong, ampalaya, sitaw, talong, pechay, sayote, patola and kamote tops-supports micronutrient sufficiency and reduces risks of diabetes and cardiovascular disease. By embracing a diversified plate, Filipinos can achieve both climate resilience and healthier diets, transforming El Niño into an opportunity for systemic change.
The Philippines’ dietary imbalance is stark: average vegetable intake is only 40 kilograms per person per year, far below the WHO recommendation of 146 kilograms. At the same time, rice consumption is 119 kilograms per capita annually, among the highest globally. This combination-low vegetable intake and high rice dependence-reduces fiber and micronutrient intake, increasing risks of obesity, type 2 diabetes and cardiovascular disease.
In contrast, neighboring countries such as Thailand, Vietnam and Cambodia consume more vegetables and fermented foods alongside rice, resulting in more balanced diets. Thais eat 110 to 140 kilograms of vegetables, Vietnam 120 to 130 kilograms, and Cambodia 120 to 130 kilograms.
The contrast highlights the importance of promoting an ‘eat less rice, eat unlimited veggies’ strategy in the Philippines. Increasing vegetable intake would improve micronutrient sufficiency, reduce reliance on rice imports and strengthen resilience against climate shocks. Countries with higher vegetable consumption show better health outcomes, underscoring that dietary diversification is essential for both public health and food security in the region.
Conclusion
Recurring El Niño episodes highlight the structural vulnerability of a rice-centric food system in the Philippines. With a dense population and decreasing rice areas for production due to land use conversion, continued dependence on polished rice as the primary caloric source magnifies risks of import shocks, inflation and nutritional imbalance.
Historical evidence shows that every major El Niño has disrupted rice yields, underscoring the urgency of diversification. Moderating per capita rice intake is not only a food security imperative but also a public health strategy to reduce diabetes and cardiovascular disease.
What needs to be done: diversify caloric sources by promoting root crops (cassava, sweet potato, taro, yam), maize, sorghum, millet and adlai as resilient carbohydrate bases; shift to brown or dehulled rice; increase fruit and vegetable intake to meet the WHO-recommended 146 kilograms per capita per year; and strengthen public awareness campaigns by revising the national dietary motto to emphasize diversification and balance: ‘Eat less rice, enjoy unlimited veggies and fruits.’ This framing addresses caloric sufficiency, strengthens resilience against climate shocks, improves nutrition and reduces dependence on volatile rice imports.