In the Mekong region, there is a general push to strengthen water data management and ultimately make evidence-based infrastructure development and water resources management decisions. The efforts of the region’s governments and development partners will ideally help mitigate the cumulative impacts of infrastructure development on water resources; save lives, livelihoods, and property from potentially devastating floods and droughts; and help natural resources be used sustainably. The challenge will involve navigating potential pitfalls related to technical know-how and harmonization of standards as they develop effective water data sharing platforms.

On January 25, 2019, an iron ore mining dam collapsed in Brumadinho, Brazil. The accident was probably the worst mining dam incident in the last three decades, according to the UN. So far, 203 people have been found dead and 105 are still missing, buried underneath the wave of almost 13 million cubic meters of mining waste. At least 305 kilometers of the Paraopeba river are now covered in toxic mud. Vale SA, the company that built the dam, is the world’s largest iron ore producer.

In many Middle Eastern wars, targeting civilian infrastructure has become all too common. As we documented in a previous article,  both state and non-state actors in wars since 2011 in Libya, Syria, and Yemen have targeted water, sanitation, and energy facilities to displace urban populations, punish civilians, and render local attempts to provide public services untenable.  Destroying environmental and civilian infrastructure directly undermines livelihoods and human security. 

In Wuxi, a city 84 miles west of Shanghai, nearly 2 million residents had foul smelling green water coming out of their taps for a week in May 2007. Wuxi sits on the shores of Lake Tai, China’s third largest freshwater lake. And on that week in May, it experienced a perfect cocktail of industrial effluents, agricultural runoff, and sewage, which created a toxic cyanobacterial bloom, leaving 70 percent of the city’s water undrinkable. The Lake Tai incident was not an anomaly. Poor oversight and enforcement of water pollution regulations and standards has long left between 30 and 50 percent of China’s surface and groundwater undrinkable.

China’s war on pollution and goals to lower carbon emissions are noteworthy as the United States takes a back seat in the global energy transition. Cleaner air and low carbon efforts in China could significantly change the country’s environmental health story and contribute to global efforts to lower greenhouse gas emissions. However, China’s energy reforms look less green now than they seemed after Paris in 2015. While China’s rate of increase in CO₂ emissions has slowed and the share of renewables in its energy mix continues to grow, the Chinese government’s pursuit of clean air along its east has shifted more polluting and water-intensive coal-fired power development into the country’s west. To continue to lead the way in this “Asian Century,” China must further incorporate water-saving reforms into its energy and environment plans.

The 2019 Worldwide Threat Assessment of the US Intelligence Community, released on January 29, mentions climate change as a threat that is “likely to fuel competition for resources, economic distress, and social discontent through 2019 and beyond.” The report features new topics such as election interference and threats to economic competitiveness while still including continuing threats such as cyber espionage and attacks, terrorism, and climate change. As a statement from Director of National Intelligence (DNI), Daniel R. Coats, for the Senate Select Committee on Intelligence, the assessment provides an overview of the national security threats facing the nation.