“You might know what to do,” said Rachel Kleinfeld, a Senior Fellow for Democracy, Conflict, and Governance Program at the Carnegie Endowment for International Peace. “But if you don’t think about how to do it, your reform isn’t going to move forward.” She spoke at a recent Wilson Center virtual event on how to think and work politically while supporting biodiversity conservation goals. It may sound counterintuitive, she said, but undertaking what’s considered the best intervention may not be the best approach.

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.

COVID-19 isn’t the only problem going viral. Economic insecurity is driving gold prices to record highs around $1,700 per ounce, causing levels of global mercury pollution to rise too. In the United States coal-fired power plants drive mercury pollution, but globally, the leading cause is small-scale ‘artisanal’ gold mining. Roughly 30 million men, women, and children in poor countries depend on mining for subsistence incomes. Unfortunately, the cheapest and easiest way to mine gold uses mercury, a highly toxic heavy metal the United Nations is striving to eliminate.

As the global climate changes, climate-related security risks are making the existing political, social, and economic challenges even more complicated. The 230 million people who live in the Horn of Africa are highly vulnerable to the impacts of climate change such as droughts and floods. Political fragility and transnational complexities make water governance a matter of regional high-level politics as well as geopolitical tensions. In short, sustainable water governance is critical for achieving resilient peace.

A special type of tree could facilitate peacebuilding in the Sahel. A stretch of semi-arid land south of the Sahara that runs from the Red Sea to the Atlantic Ocean through 10 countries (Eritrea, Sudan, Chad, Niger, Nigeria, Burkina Faso, Mali, Algeria, Mauritania, and Senegal). But the western subregion covering the Lake Chad area (the intersection of Chad, Cameroon, Nigeria, and Niger) and Liptako-Gourma (the tri-border zone of Burkina Faso, Mali, and Niger) in the Sahel has been the scene of a growing humanitarian crisis. Armed groups are terrorizing local populations. Rampant insecurity has forced 1 million people to flee their homes. People have been cut off from their livelihoods. Food insecurity is worsening. Casualties continue to mount. And climate change will likely exacerbate conditions, forcing more people to compete for depleted forest resources and land. More food shortages and instability will surely follow.

Potential water wars due to plans for multiple dams, violent opium cartels supporting world heroin markets, and many conflict-financing minerals including everyday talc used for baby powder. These are the types of natural resources stories that usually make front page news about Afghanistan. But natural resources have a significant role to play in stabilizing Afghanistan. Instead of being a source of conflict, they may help with peacebuilding by creating livelihoods and creating opportunities for ex-combatants.

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.