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Our country has suffered so much—system failures, patronage politics, and rising fuel costs driven by geopolitical tensions. These are powerful forces that shape how our economy rises and falls, and how people respond to it. But what if the wrath of nature turns out to be the biggest challenge of all? When I say “biggest,” I’m not referring to a typical El Niño event. What’s possible is something more extreme—the so-called Super El Niño.

A “Super El Niño” refers to an unusually strong warming of the central and eastern Pacific Ocean—typically more than 2°C above average—which significantly disrupts global weather patterns. Instead of normal seasonal conditions, it brings prolonged droughts, extreme heat, and erratic rainfall across many regions.

In the Philippines, this translates to severe agricultural stress. Rainfall can drop drastically, leading to reduced water availability for irrigation and lower reservoir levels. As a result, farmers face delayed planting, reduced cropping areas, and a higher risk of crop failure. Major staples such as rice and corn are particularly vulnerable, with studies showing that strong El Niño events can reduce rice yields by up to around 20% due to heat stress and lack of water.

Livestock and fisheries are also affected, as high temperatures reduce animal productivity and water quality deteriorates in fishponds. These combined effects lead to lower food production, higher input costs, and ultimately rising food prices—placing pressure on both farmers and consumers.

The impact of a Super El Niño becomes even more complex on a global scale. This phenomenon creates contrasting climate extremes across regions. While Southeast Asia and parts of Africa experience drought and declining crop yields, parts of the Americas may face excessive rainfall and flooding, damaging crops such as corn and soybeans. This simultaneous disruption across major agricultural zones affects the global food supply chain, often resulting in tighter supply and higher commodity prices.

Water scarcity and rising energy costs can also limit fertilizer production and use, further reducing agricultural productivity worldwide. Unlike a regular El Niño, a Super El Niño creates system-wide stress on agriculture, exposing vulnerabilities in both local and global food systems.

The country must urgently strengthen irrigation systems, promote climate-resilient farming practices, and reinforce agricultural support systems. On a global level, this underscores the need to build more resilient and adaptive food systems capable of withstanding extreme climate events.

Rising tensions in the Strait of Hormuz may feel far from home. However, the impact hits closer than we think.

This narrow shipping route carries a large portion of the world’s oil and fertilizer supply. When movement slows or becomes unstable, fuel prices increase.

It directly raises the cost of farming in the Philippines. From irrigation and mechanization to transport and post-harvest handling, higher fuel costs ripple across the entire agricultural system.

It doesn’t stop there. Fertilizer prices also rise, making it more expensive for farmers to produce crops like corn, rice, and vegetables. That increase eventually shows up in food prices—affecting both producers and consumers.

For a country that relies on imported fuel and agricultural inputs, global disruptions like this highlight one thing: the need for stronger, more resilient local systems. Efficient logistics, alternative energy in agriculture, and smarter input use are no longer optional—they’re necessary.

Understanding these connections helps us prepare better, respond faster, and protect both farmers and food security.

Pagbibigay pugay sa unang araw ng taon, sa mga taong unang gumising, bumangon, nagtanim, nag-ani at naghanda nito.