Climate change is a risk, said Maurice Amollo, a Mercy Corps Chief of Party in Nigeria Mercy Corps. “But it is also an opportunity if people come together.” He spoke at a recent USAID Adaptation Community Meeting, “Tackling the threat multiplier: Addressing the role of climate change in conflict dynamics.” The discussion focused on USAID’s Peace III initiative that Amollo and Mercy Corps implemented in the Karamoja region along the borders of Kenya, Ethiopia, Somalia, and Uganda, where climate and conflict shocks are part of daily life for pastoralist ethnic groups. Addressing climate and conflict issues in these regions will require using the environment to build cooperation and peace, said Eliot Levine, the Director of Mercy Corps’ Environment Technical Support Unit.

Houston after another major flood a few weeks ago; the Bahamas after Dorian; Paradise, California, after the Camp Fire; Haiti after a major 2010 earthquake; Puerto Rico after Maria; New Jersey and New York after Sandy; New Orleans after Katrina; Thailand and Indonesia after the Indian Ocean tsunami in 2004… The list goes on. As we head into another hurricane season, we should once again examine what we’ve learned and prepare to reduce the impact of disasters on communities worldwide.

A problem is looming. Most water infrastructure isn’t designed to meet the demands of the increasingly volatile world that climate change is producing. Our modern landscape requires a reconceptualization of infrastructure’s demands and needs that often defies convention. And nowhere is a flexible and responsive approach more crucial than in water infrastructure, where we are experiencing unprecedented changes in flows and increasing pressures on consumption, according to Wellspring: Source Water Resilience and Climate Adaptation, a new report from the Global Resilience Partnership, the Alliance for Global Water Adaptation and The Nature Conservancy. The report explores some ways practitioners can take a new approach to source water protection that would enhance resilience and help sustain communities and ecosystems in a shifting climate.

Residents of Chennai, by all accounts, are miserable and anxious. The city’s main reservoirs are dry, depleted by the failure of successive monsoons to provide replenishing rains. The shortfall has crippled the piped distribution network, which is now meeting just half of typical demand through a mix of secondary sources: desalinated water, groundwater, and the impoundments from nearby stone quarries. Even that supply is far from adequate. Piped water reaches households once a week or less. Tanker trucks, an expensive alternative, dole out water by the bucketful to desperate crowds.

In 2018, floods resulted in over 20 casualties and billions of yuan in damage in China, with the government issuing 835 flood warnings nationwide. As global temperatures rise, the combination of extreme weather events and sea level rise threaten the basic infrastructure and water security of low-elevation Chinese cities. Coastal residents account for 43% of China’s population – approximately 170 million citizens live less than ten meters above sea level. In fact, seven of China’s ten largest cities are on the coast, creating high stakes for the government to address impending threats of flooding and sea level rise. Shanghai, China’s largest city, is on the frontlines of climate change as one of the world’s most flood-vulnerable major cities. Shanghai’s government was eager to invest in the sponge city initiative and expand greenspace, rooftop gardens and porous pavements to control stormwater floods. However, officials have been hesitant to invest in climate adaptation measures that don’t create a big splash, like the unglamorous networks of sewage and wastewater infrastructure.

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.

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.”