“This is not an island issue, this is not a Caribbean issue, this is an issue that is [also] critical for us,” says Roger-Mark De Souza, the Wilson Center’s director of population, environmental security, and resilience in a recent video interview. “For us in the United States we have to continue to recognize that we ourselves are also vulnerable.” De Souza remains hopeful about the possibility of rebuilding and rebounding in the face of devastation, but also presses the importance of generating response mechanisms which address environmental hazards before they manifest into disasters. “That means planning, it means investing in community mobilization mechanisms, it means thinking about ways we provide humanitarian assistance.”

The region at the base of the Himalayas faces difficult tradeoffs when allocating freshwater resources for energy production versus agricultural, industrial, and domestic uses. This is one of the most ecologically unstable areas on Earth, and weather patterns are becoming increasingly irregular. On one end of the spectrum, water shortages frequently disrupt energy production, which depends largely on water-intensive coal and hydropower plants. The opposite extreme is also a factor: Dozens of hydropower plants in the Himalayas have been damaged or destroyed by severe floods caused by unusually heavy rainfall in recent years. Construction of new power plants faces increasing resistance from local communities, resulting in social disruptions and instability. In order to ensure both energy security and water security for their countries, governments must look beyond hydropower and coal.

“Interest in earth observation—and in particular, the value to what we do in development internationally—has never been higher,” said Jenny Frankel-Reed, adaptation team lead at the U.S. Agency for International Development (USAID). Frankel-Reed spoke at the Wilson Center’s recent panel discussion of the earth observation data program known as SERVIR, which included insights from USAID’s soon-to-be-released evaluation of the program.

Capable of upending rural livelihoods, compromising institutions of governance, and inducing new patterns of migration and crime, global water stress has emerged as one of the principal threats to U.S. national security, said David Reed, senior policy advisor at the World Wildlife Fund (WWF) and editor of WWF’s new book, Water, Security and U.S. Foreign Policy, on June 27 at the Wilson Center. Four defense and development leaders – retired U.S. Marine Corps General James L. Jones; Paula Dobrianksy, vice chairwoman of the National Executive Committee of the U.S. Water Partnership; retired U.S. Navy Admiral Lee Gunn, vice chairman of the CNA Military Advisory Board; and Kristalina Georgieva, chief executive of the World Bank – joined Reed for a panel discussion of water’s central role in global stability and prosperity.

“If we really cared about the polar bears, we would have done something,” quipped retired U.S. Navy Rear Admiral David Titley, who gave an Environmental Research and Education Distinguished Lecture at the National Science Foundation on June 27, 2017. Titley framed climate change in terms of U.S. national security interests, focusing on infrastructure, the changing Arctic, and how environmental factors can exacerbate conflict.

On Wednesday, June 21, 2017, authorities in Beijing, Tianjin, and Hebei warned residents to prepare for a storm that could trigger flooding and possibly landslides. Flood warnings have become all too common in China: In 2013, more than 230 Chinese cities experienced floods. But Mother Nature is not entirely to blame; the cities’ outdated drainage systems are quickly overwhelmed and sprawling concrete gives stormwater runoff no place to go.

In 2012, the U.S. National Intelligence Council judged that within the next 10 years, water problems would be a major contributor to instability in “many” countries that are of interest to the United States. South and Southeast Asia, with its many transboundary river basins, large populations, and geopolitical flashpoints, is one among a number of hotspots where such instability could occur.

Our nine-part “Choke Point: Tamil Nadu” series with Circle of Blue has been a must-read on the conflicting demands for water, food, and energy in the South Indian state. In May’s most popular post, S. Gopikrishna Warrier introduces us to Chennai’s tech-savvy social entrepreneurs, who are providing the city’s residents with real-time information on the risk of flooding. (The ninth and final post in the series was published yesterday; catch up on all of them at “Choke Point: Tamil Nadu”).