“Reproductive justice is the right to reproductive health care, and the right to have children or not, the right to the healthiest possible pregnancy and birth, and the right to raise children in a safe and healthy environment. These rights will be challenged by climate change, including increasing temperatures,” said Linda Goler Blount, President and CEO of the Black Women’s Health Imperative, at a recent webinar on the intersections of environmental and reproductive justice on maternal health, climate change, and birth outcomes. The webinar was held on Juneteenth, the holiday commemorating the end of slavery in the United States, and many panelists’ remarks amplified the significance of the date. “Make this Juneteenth another beginning. One where we commemorate the end of climate injustice for Black and Brown people who bring life into this world,” said Blount.  

A quiet disruption to the established financial order is underway: Around the world, institutions are pulling their investments out of fossil fuels. Climate activists campaigning for divestment suggest that such economic rearrangements might keep oil, gas, and coal in the ground, curbing carbon emissions. In parallel, some high-profile advocates call for reinvestment in renewable energy. But can the financial sector really drive the structural changes needed to address climate change—and, more fundamentally, climate justice? 

Environmental exposures exacerbated by climate change are contributing to adverse pregnancy outcomes across the United States, with a disproportionate impact on Black women. A new study published in JAMA Network Open draws concrete connections between exposure to air pollution, ozone, and high temperatures during pregnancy and the likelihood of adverse pregnancy outcomes—premature birth, low birth weight, and stillbirth.

“50 years ago, 20 million young people protested about the damage to our Earth. Over the past 5 decades, a lot has happened. Our ozone layer is healing, renewable energy is booming worldwide, environmental awareness has never been higher. But some risks are even more acute than before,” said Denis Hayes, coordinator of the first Earth Day and founder of Earth Day Network, in a video message at a recent Wilson Center event commemorating the 50th Earth Day. 

The global coronavirus pandemic, now in its third month, is precipitating a financial crisis for water utilities in low- and middle-income countries as many of these service providers face drastic cuts in revenue and rising costs to respond to the public health emergency.

Our collective development objectives will not be achieved if they come at the expense of biodiversity and natural resource management, said Jeff Haeni, Acting Deputy Assistant Administrator in the Bureau for Economic Growth, Education, and Environment at USAID. He spoke at a recent Wilson Center virtual event, co-hosted with USAID, that explored the links between conservation and public health with examples from USAID’s BRIDGE project, which aims to build the evidence base for integrating biodiversity conservation considerations into policy discussions and decision-making across sectors. “The ability of societies around the world to develop and thrive is dependent on the health of the forests, fisheries, and natural systems around them,” he said.

China is one of the “thirstiest” countries in the world with a per capita water availability a quarter of the United States. With population, pollution, and water shortages growing unabatedly, reclaimed water (e.g., treating wastewater to drinking water standards) could be the answer to China’s water insecurity. In China, extensive research in the 1980s into water reclamation and urban investments supporting infrastructure in the 2000s sparked production capacity in the country to rise from 63 billion gallons a day to 236 billion gallons per day between 2009 to 2015. Today, however, reclaimed water is a mere drop in the bucket meeting less than 1 percent of total urban water use. China could look to the tiny Southeast Asian city-state of Singapore to learn how it tapped reclaimed water to turn its water-scarce tiny island into a high-tech hydrohub.