When I stepped into the bustling exhibition hall at Enlit Africa in Cape Town in May 2024, I was surprised by the riot of colorful banners featuring Chinese characters. A whopping 40% of the exhibitors at one of Africa’s largest energy and power conferences in Cape Town from China—more than any other country. 

“The size and power output of China’s new offshore wind turbines are remarkable. We are talking about turbines almost 200 meters tall, with blades spanning the length of a football field. The amount of electricity they can generate is staggering.” enthused Cosimo Ries from Trivium China, who is a clear “fan” of offshore wind. And China’s turbines are getting bigger. The Dongfang Electric Corporation just rolled the world’s largest single-capacity offshore turbine (26MW) off the production line in Fujian Province this October.

Energy is a bridge that has historically fostered the U.S.-India relationship. The reasons are many. Both economies focus on energy security, climate action, economic cooperation, and technological innovation.  

Recent innovations in India offer new challenges and opportunities. The country has rapidly deployed renewable energy (RE) technologies to meet its stated Net Zero targets. This effort has exceeded its promises; 40% of India’s electricity now comes from renewable sources. And the nation’s other ambitious target— installing 450 GW—would triple this existing capacity in less than ten years.

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

Worsening Health Conditions in War-Torn Gaza (BBC) 

Water infrastructure in Gaza was already weak before the beginning of the war in 2023, but intensified conflict and siege of critical infrastructure the damage wreaked by Israel’s military forces on critical infrastructure (including water, energy, and food), has left 70% of the people in Gaza exposed to salinated and contaminated water. Traces of polio have been found in wastewater flowing both between displacement camp tents and in inhabited areas, and experts suggest that this water might be circulating. 

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

Shedding Light on Imperial Oil’s Dark Waters (Mongabay) 

Canada has the fourth-largest tar sands (oil deposits) in the world. Separating the bitumen used in industries and construction creates large volumes of toxic wastewater, which is stored in tailings ponds that now cover a staggering 270 square kilometers. Unresolved infrastructure mishaps at one such site in Alberta operated by Imperial Oil means that contaminants have polluted nearby waters so significantly that it has affected public health and the livelihoods of indigenous communities in downstream areas.

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

Extreme Heat’s Toll on Pregnancy and Reproductive Health

Preliminary data collected by the World Meteorological Organization (WMO) shows that the first week of July 2023 was the hottest week on record. Recent global heatwaves also prompted a public health alert from the WMO concerning rising health risks.

Three decades. That is how much time is left to decarbonize the world’s energy systems to limit global warming to 1.5°C, according to the latest Intergovernmental Panel on Climate Change (IPCC) report. Achieving this feat requires renewable energy systems be deployed at an unprecedented speed and scale. While daunting, however, the good news is that this transformation may not cost as much as many expected just a decade ago, thanks to rapid cost declines in renewable energy technologies.

As climate change worsens, the once-unimaginable power to use technology to cool the planet—a method known as “solar geoengineering”—has quietly entered the realm of possibility. Yet the prospect of developing such planet-altering technologies has launched an intense debate: Can this be achieved responsibly? Should it be attempted at all?