The mother capybara and her three babies chew on grasses along the Los Amigos River as we drift near. Around a bend, white caimans fortify each sandbar, mouths open, waiting. Kingfishers plunge into the water to retrieve a morning meal, as oropendolas fly overhead. Spider monkeys and red howlers balance in the treetops of the soaring canopy 30 to 60 meters (100 to 200 feet) high that lines both riverbanks.

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.

In the Global South, natural resource conflict has largely been considered a consequence of poor governance and weak political institutions. The international community’s solution? Build “green” governance capacity as a way to mitigate violent conflict and improve environmental outcomes. For the international development community, this has meant introducing laws, policies, and practices based on international standards of best practice, and training local regulators to adhere to those standards.

Climate change is being increasingly framed as a security issue—a “threat multiplier” that can amplify the risks of breakdowns in peacefulness. Yet, even extreme climate hazards do not always lead to higher levels of violence.

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.”

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.” 

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.