Growing ‘Super El Niño’ Risk Heightens Global and Regional Climate Concerns

Climate scientists are increasingly warning of a possible El Niño event developing later this year, with a growing likelihood that it could strengthen into a rare “super El Niño” capable of reshaping weather patterns worldwide and intensifying climate risks.

Forecasts from major climate agencies indicate a probability of just over 60 percent that El Niño conditions will emerge in the coming months, with a smaller but notable chance that the event could reach strong or “super” levels. Such events are uncommon, having occurred only a handful of times since the mid-20th century, but are closely monitored due to their far-reaching impacts.

El Niño is part of a natural climate cycle driven by changes in ocean temperatures across the Pacific. During an El Niño phase, warmer-than-average sea surface temperatures in the central and eastern Pacific disrupt global atmospheric patterns. A “super El Niño” is defined by temperature increases of at least 2°C above normal, amplifying these disruptions.

The potential consequences vary by region but are often pronounced. Areas that are typically dry may experience heavy rainfall and flooding, while regions that depend on seasonal rains may face drought conditions. Scientists note that such shifts can affect agricultural output, water availability, and disaster risks across multiple continents.

Globally, a strong El Niño could also push temperatures to new records. The phenomenon releases heat stored in the ocean into the atmosphere, temporarily raising global average temperatures. When combined with the ongoing warming trend linked to climate change, this could result in 2026 or 2027 becoming among the hottest years on record.

For small island states such as the Maldives, the implications are more indirect but still significant. Changes in global weather patterns can influence monsoon behaviour across South Asia, which in turn affects regional climate stability. Disruptions to rainfall patterns and rising global temperatures may also contribute to shifts in ocean conditions, with potential consequences for fisheries and marine ecosystems.

In addition, the broader economic effects linked to El Niño could be felt through global supply chains. Reduced agricultural output in key producing regions, alongside higher energy and fertiliser costs driven by ongoing geopolitical tensions, could place upward pressure on food prices. As a net importer of most goods, the Maldives remains exposed to such external shocks.

Scientists caution that while current indicators point towards El Niño development, forecasting its exact strength remains uncertain. Seasonal transitions during the early part of the year can affect model accuracy, and projections may shift in the coming months.

Even so, the growing alignment of climate models around a potential El Niño event has prompted calls for early preparation. Governments and industries reliant on climate-sensitive sectors, including agriculture, water management, and disaster response, are expected to closely monitor developments and plan for possible disruptions.

The evolving outlook highlights how natural climate variability continues to interact with long-term warming trends, creating conditions that may amplify both environmental and economic risks in the years ahead.