“Action is needed today,” said EcoPeace Middle East’s Palestinian Co-Director Nada Majdalani. EcoPeace’s Palestinian and Israeli Co-Directors spoke at a recent session of the United Nations Security Council that focused on potential solutions to the decades-old Palestinian-Israeli crisis. They emphasized the importance of cooperation over shared water resources to help address human health and national, regional, and global security concerns. While EcoPeace has been working to foster cooperation over water for more than 25 years, as a way to build peace in the Middle East, this was the first time the trilateral organization briefed the Security Council.

Water serves as a tool for resilience only when access to it is consistent and the system for making it consistent is in place, said David De Armey, Director of International Partnerships for Water for Good, an international NGO. He spoke at a recent Wilson Center event, “Water as a Tool for Resilience in Times of Crisis,” the second event in a three-part series, Water Security for a Resilient World, sponsored by the Wilson Center, Winrock International, the Sustainable Water Partnership, and USAID. Water for Good monitors 80 percent of wells across seven provinces in Central African Republic (CAR), he said. By keeping the water infrastructure working, the nonprofit creates a stable environment within an unstable country. “Thus,” he said, “we see reliability and services as a tool for resilience.”

How do we plan for disasters that have never occurred before? One million species are at risk of extinction in the near future from environmental changes. The frequency of historic tropical storms is increasing. The rapidly melting permafrost in the Arctic is placing unprecedented pressures on northern infrastructure. Given the overwhelming and unpredictable nature of new disaster risks, it is not clear what the appropriate responses should be. Our book, Disaster Security: Using Military and Intelligence Planning for Energy and Environmental Risks, addresses how to assess unique environmental hazards and disaster risks, based on tools used by the U.S. intelligence and military communities. The book draws on lessons learned from developing, applying, and translating scenarios and simulations (or wargames) to plan for future environmental security risks.

As researchers investigate the connection between climate change and conflict, the relative power of communities and individuals attempting to cope with climate change has become a recurring theme. While climate change may not directly cause conflict, it may be inextricably woven into pre-existing conflicts of power, ethnicity, and economic interest.

Contrary to popular belief, Lake Chad is not shrinking, according to Shoring up Stability: Addressing Climate and Fragility Risks in the Lake Chad Region, a new report from adelphi. This finding has profound implications for how the governments of countries bordering Lake Chad (Nigeria, Niger, Chad, and Cameroon) as well as the international community should address the conflict trap in which the people of the region are caught. “Supporting the people of the basin,” write the authors, “is not a function of saving Lake Chad from desiccation.” 

One year after the Sichuan earthquake, while visiting villages near Wenchuan, I asked local officials planning reconstruction about their plans for wastewater treatment. As an agricultural engineering professor, I was not surprised to learn that they had no plans. It was not that a wastewater treatment system was too expensive, they worried that it would be too big.

In parts of the tropics, exposure to extreme temperature or rainfall in early life is associated with fewer years of schooling in later childhood. This finding comes from my new article in the Proceedings of the National Academy of Sciences, with coauthor Clark Gray. As climate change leads to increasingly severe heat waves, floods, droughts, and hurricanes, it is important to understand how extreme weather impacts kids’ education in different parts of the world. This will help decisionmakers develop solutions to keep children in school in a world of increasing climate variability.

China’s food security is rooted in its soil.  Sadly, more than 40 percent of China’s soil is degraded from overuse, erosion, and pollution. The government’s 2014 soil survey revealed that 19 percent of China’s farmland was contaminated by metals such as lead, cadmium, and arsenic as well as organic and inorganic chemical pollutants. As part of its growing war on pollution, China’s central government enacted a new soil pollution law on January 1, 2019, to clean up contaminated sites. However, this new law targets just one of the many critical soil quality issues that reduce agricultural yield but does not address the problem of compacted soil.