With the tumultuous NATO summit and a simmering trade war dominating stateside headlines last month, the European Union’s progress on climate-security connections has received little attention. After the U.S. government rolled back its significant efforts in early 2017, the EU and its leading members—particularly Sweden and Germany—picked up the ball. Three significant events herald what could be the start of a new era of climate-security policymaking—one under European leadership.

Access to and competition over natural resources has been one of the most common triggers for conflict. Throughout the centuries, countries and communities have fought over productive agricultural land, trade routes, spices, textiles, opium, and oil, to name just a few. But the battle over one natural resource—fish—has long been overlooked. As trends in the global fish industry increasingly mirror the conflict-ridden oil sector, fish may become the newest addition to the list of resources driving geopolitical competition. There are five parallels between oil and fish that call for increasing the sustainability of the fishing industry, or we might find ourselves facing what U.S. Coast Guard Captain Jay Caputo has called “a global fish war.”

The Columbia River basin—which spans four U.S. states, two Canadian provinces, and 32 Tribal Nations or First Nations—touches the lives of more than five million people each day. The basin’s 250 hydroelectric dams power everything from Google’s data center to irrigation pumps that spread water onto fields of alfalfa and potatoes. Steelhead trout and salmon rely on the river to spawn. Ships and tugboats transport millions of tons of cargo to and from the Pacific Ocean.

“Resilience isn’t an outcome, it is a process—and capacity-building is crucial,” said Chelsea Keyser, Deputy Chief of Party for USAID’s PREPARED program, during a recent event at the Wilson Center marking the end of the five-year project. PREPARED (Planning for Resilience in East Africa Through Policy, Adaptation, Research, and Economic Development) developed 14 different tools to help communities adapt to the impacts of the changing environment in the East African region, including unreliable rainfall and rising temperatures.

In many parts of South and Southeast Asia, high population density and vulnerability to climate change combine with low levels of household resilience and poor governance to increase security concerns and the potential for political instability. To help identify risks and hotspots in this critical region, the Complex Emergencies and Political Stability in Asia (CEPSA) program at the University of Texas-Austin recently launched the Complex Emergencies Dashboard, which integrates raw data and modeling with mapping technology, allowing users to visually analyze regional security issues. The project was funded by the Department of Defense’s Minerva Initiative, which also supported similar work by the university’s Climate Change and African Political Stability (CCAPS) program.

Every dollar invested in preparing for natural disasters could save seven dollars, said Alice Hill, Research Fellow at the Hoover Institution, at a recent briefing on Capitol Hill. Catastrophic events like Superstorm Sandy present significant financial risks to U.S. businesses, the federal treasury, and the global economy. These complex emergencies have taught us that “everything is connected: our transportation system failed, our health sector failed,” said Hill, in the wake of these storms.

In early January of this year, China’s “National Sword” policy banned imports of non-industrial plastic waste. The ban forces exporting countries to find new dumping grounds for their waste, which is estimated to total nearly 111 million metric tons by 2030. China’s decision has exposed deep structural flaws and interdependencies in the global waste management system. Western countries that have long depended on China to take their garbage are now struggling to deal with mounds of plastic trash, while China lacks the low-priced labor needed to effectively sort and process waste.