A new report by the US Intelligence Community highlights what the world stands to lose if it fails to cooperate on global health. The National Intelligence Estimate (NIE) “Dynamics Shaping Global Health Security In the Next Decade” outlines the dire effects of climate change, changing demographics, and the erosion of trust in institutions on global health security. The NIE on Global Health Security was made publicly available in April 2024, on the heels of the Biden-Harris Administration’s launch of a new Global Health Security Strategy.

Historically, efforts to mitigate climate change have taken precedence over building resilience to its impacts. But from Pakistan to the Amazon, communities on the front lines are already experiencing the devastating effects of a warming world.

In recent weeks, devastating floods have claimed the lives of over 450 people in East Africa, as heavy rains linked to El Niño and changing climate patterns overwhelmed communities and infrastructure. Similar tragedies unfolding in Brazil, Pakistan, and Afghanistan underscore the human cost of being unequipped to protect against the worst impacts of climate change.

The construction boom across Southeast Asia, driven by burgeoning urban development and infrastructure projects, vividly highlights the dual impacts of progress. For instance, the rapid expansion of road networks, ports, and urban centers, while catalyzing economic growth, has also led to significant environmental and social displacement. These projects rely heavily on sand, a fundamental component of concrete and asphalt, extracted in vast quantities from local riverbeds. Annually, this global demand reaches approximately 50 billion tons, positioning sand as the world’s most consumed resource after water. In the Vietnamese Mekong Delta alone, 50 million cubic meters of sand are extracted annually.

The contentious and ambiguous entanglement that military forces have with their natural environment inevitably sparkles public interest and academic research. So how does the existing scholarly work inform our assessment of this convergence?

Central and South Asia’s water resources are critical for the region’s water, energy, food and environmental security. Major rivers in the region originate from the Hindu-Kush-Himalaya, Pamir, and Tien Shan Mountain Ranges and flow across multiple countries. Unique geographical characteristics make water management a complex and challenging task that is further complicated by a changing climate and increasing demand affecting diminishing water resources.