When the National Oceanic and Atmospheric Association (NOAA) declared the beginning of an El Niño event on June 8, 2023, the recurring climate pattern featured in headlines all over the world as media outlets sought to cover its anticipated impacts.

A recent Water @ Wilson event –“The Significance of the Coming El Niño: Understanding the Science and Preparing for its Impacts”—brought together experts at the Wilson Center to explain the complex science behind El Niño and explore its regional implications. The speakers also surveyed the policy tools at our disposal to prepare for its significant climate effects.

On the edge of beautiful, blue ocean waters in coastal Kenya’s Kilifi County, boats float on the surface of fish landing sites. The fish-eating birds in flight above the boats are a breathtaking sight—and they immediately elicit a sense of tranquility.

Over the past few months, I have traveled to various fish landing sites in Lake Victoria and on Kenya’s coast to continue my research on socioeconomic factors leading to the exclusion of women in the fisheries sector.

At a recent Brookings Institution event titled Climate Change, Food Insecurity, and Migration in the Middle East, Ferid Belhaj, Vice President for the Middle East and North Africa (MENA) at the World Bank, observed that the MENA region relies heavily on grain exported from both Ukraine and Russia. When the 2022 invasion reduced grain exports to a trickle, the entire region suffered heavily.

A new initiative by the Climate Action Reserve, a nonprofit organization based in Los Angeles, could play a significant role in curbing emissions of a potent climate pollutant from chemical plants in China while filling a gap in international climate agreements and China’s environmental regulations. 

The idea of climate change as a “threat multiplier” has been gaining steam since it was first proposed roughly 15 years ago. This framing acknowledges that climate can interact with existing political, social, and demographic conditions to heighten communities’ security risks—which in turn suggests that problem-solving in the face of these risks must be interdisciplinary.

The technology that is an essential part of clean energy and the future economy relies heavily on critical minerals. Electric vehicles (EVs), computers, wind turbines, and even defense technology require large mineral inputs, raising concerns over the stability of supply chains and the ability to meet growing demand. An IEA report published in 2021 predicts that demand for critical minerals will escalate over the next two decades, with increases of “40 percent for copper and rare earth elements, 60 to 70 percent for nickel and cobalt, and almost 90 percent for lithium.”

As international cooperation to mitigate climate change gathers pace, most European nations have adopted strategies to decarbonize their economies. It is a signal that these countries recognize the need to reduce the concentration of carbon dioxide in the atmosphere in order to limit global warming to 1.5 degrees Celsius above pre-industrial levels.