The ongoing farmers’ movement in India has taken the world’s largest democracy by storm. Hundreds of thousands from all over the country have laid siege to New Delhi for more than two months. As both the protestors and the government dig their heels in, the chances of confrontation and violence are increasing by the day.

A new Global Fragility Strategy, released late last year by the U.S. Department of State, signals a growing awareness of the role that environmental issues play in fragility, conflict, and peace. According to the State Department’s Office of Foreign Assistance, in the last five years alone, “the U.S. government has spent $30 billion in 15 of the most fragile countries in the world.” These “large-scale U.S. stabilization efforts after 9/11 have cost billions of dollars but failed to produce intended results,” writes Devex’s Teresa Welsh. As a result, Congress passed into law in 2019 the Global Fragility Act, legislation that directed the Department of State to lead the development of a new 10-year Global Fragility Strategy that sets out a new U.S approach to conflict prevention and stabilization in fragile contexts.

For years, analysts have disputed the extent of climate change’s role in conflict. But the nature of climate risks can stifle those looking to define them.

The Syrian civil war has raged for almost a decade now, and in the climate security community it can feel as if we’ve spent at least that long arguing about its causes. For every claim about the impact of extreme drought in the lead up to 2011, there’s been blowback, with some scholars arguing that the climate angle has been exaggerated at the expense of other causes of the conflict. And for every argument about rural-to-urban migration, there have been suggestions that its impact in precipitating protests has been overstated. Amid some overly forceful media assertion about the significance of climate change—and valid fears that invoking the environment might be seen as absolving guilty parties, despite efforts to highlight the regime’s ultimate culpability—climate security analysts have struggled to fully pinpoint climate’s precise contribution to the conflict. Cue uncertainty, controversy, and sometimes fierce academic polemics.

“It is in Brazil’s interest to climate-proof the nation,” said Wilson Center Senior Fellow Sherri Goodman during a recent International Military Council on Climate and Security (IMCCS) event. Referencing a new IMCCS  report, Climate and Security in Brazil, Goodman, who is also Secretary General for the IMCCS, said that Brazilian leaders ought to develop counter-deforestation and climate plans as critical elements of the national security agenda.

“If solar radiation management were done well—that is, the science is right, the engineering is right, and the policy and governance frameworks around all of the stuff work—then solar radiation management could be a really important, positive contribution to humanity’s responding to climate change,” says Simon Nicholson, associate professor at American University’s School of International Service and co-founder of the Forum for Climate Engineering Assessment in this week’s Friday Podcast interview with ECSP senior advisor and Ohio University professor, Geoff Dabelko. “But, there are all kinds of risks associated with this endeavor.”

Chile is on the cusp of a new era. Just as its lithium—a common element of energy storage technology, which is itself a critical component of the clean energy transition—is experiencing a rise in global market demand, Chilean citizens have called for a new constitution.

“If you’re a sea ice person, MOSAiC is the kind of experiment that you just live for,” said Don Perovich, a Dartmouth College researcher with the Multidisciplinary drifting Observatory for the Study of Arctic Climate. “It’s the kind of experiment you dream about. It’s an opportunity to spend a whole year on the ice, just watching how a floe evolves over time.” He spoke at a recent event sponsored by IARPC Collaborations, an Interagency Arctic Research Policy Committee (IARPC) member space where scientists and others involved in Arctic research share knowledge and resources. The researchers on the expedition, said Perovich, aimed to collect data that would shed light on the causes and consequences of the evolving and diminished Arctic sea ice cover. MOSAiC’s mission was to facilitate a breakthrough in understanding the Arctic climate system and improve the world’s climate and weather forecasting models.