China’s power sector makes up the lion’s share of the country’s greenhouse gas emissions, but rising methane emissions from rice farming and livestock, nitrous oxide emissions from fertilizers, and CO2 from food transport could all hinder China’s progress toward its 2060 carbon neutrality goal. Chinese policymakers could rein in agri-food emissions by modifying existing climate plans and policies. Climate-smart agriculture is not only a mitigation strategy, but also an adaptation strategy to intensifying extreme weather events like heatwaves and typhoons.

The growing climate crisis presents one of the largest public health threats of the century. However, its countless impacts on maternal and newborn health outcomes (as well as health disparities worldwide) have only recently gained global attention.

Water Security Concerns in Gaza

Hamas’ surprise attack on Israel on October 7^th led the Israeli government to cut off water supplies to the Gaza Strip with immediate effect. This has resulted in a clean water crisis that the UN warns is now a matter of life and death.

Groundwater is relied upon for roughly half of global drinking water. And as climate change alters precipitation patterns and pollution of surface water continues to increase, our collective dependence on groundwater is likely to increase.

Getting ahead of the potential conflicts, or in some cases, catching up with them, requires an increase in effective groundwater cooperation and diplomacy. Yet the vast majority of transboundary aquifers exist without any form of agreement among the states that share them. This state of affairs leaves the aquifers—and the people who rely upon them—vulnerable to overexploitation, environmental degradation, and the risk of interstate conflict.

A window into what we are reading at the Wilson Center’s Environmental Change and Security Program

Organizing Regional Action on Climate Change, Health, and Environment

As the 2030 deadline for the Sustainable Development Goals looms, the World Health Organization has proposed a new regional framework that aims to build climate-resilient and sustainable health systems, improve the health sector’s access to climate funding, and build an evidence base for policymaking.

I flew into Tel Aviv last Friday afternoon, primed for a week of meetings with Israeli and Palestinian environmentalists and officials. By sounding out these men and women in Jerusalem, the West Bank, and other parts of the region, I hoped to expand on past explorations of their transboundary cooperation, widely recognized as a model for environmental peacebuilding. Through an articulation of the successes that they––and their Jordanian peers–have had in bolstering water access, renewable energy, and environmental protection across their shared natural landscape, I was looking forward to telling a positive environmental conflict story—particularly one in a place that is often bereft of good news.

Extreme heat from climate change threatens food security in the world’s two food-producing superpowers. Climate adaptation for agriculture is a must. The US and China have much to share on climate-smart farming practices to help us both weather the storms and droughts. 2023 brought scorching heat waves that baked crops and livestock in China and the United States. In China, farm animals and fish died from extreme heat in June with some provinces enduring weeks of temperatures above 40°C (104°F). In one farm, a heatwave-triggered power outage resulted in hundreds of pigs suffocating to death after shed fans stopped working.

More than 11,300 people are confirmed to have died in the floods that struck eastern Libya on September 11, 2023, far surpassing many estimates of the death toll in the country’s 2011 civil war. Thousands are still missing. Flooding has washed away approximately 25% of the city of Derna, and damage to roads and bridges is curtailing emergency service access. A rapid attribution study estimated that the extreme rain was at least a “1-in-300 year event.” This is far beyond previously recorded incidents, yet such incidents are now up to 50 times more likely—and up to 50% more intense—when compared to a 1.2°C cooler climate.