One of the most confounding realities of the climate crisis is that two seemingly contradictory facts are simultaneously true: that humanity has at our fingertips the solutions to fix it at the very same time that global greenhouse gas emissions soar higher than ever.
By now the world has a solid understanding of what the solutions to the climate crisis are. Aggregating, communicating, and accelerating the adoption of these solutions is the reason Project Drawdown exists. But as emissions continue to rise, it’s clear that we haven’t nailed the ‘how.’ How do we scale climate solutions across every sector of the economy so comprehensively and decisively that they permanently displace our current systems—systems that we now know to be incompatible with a livable world?
Tapping the biggest leverage points we have at our disposal to scale existing climate solutions is now of existential importance. And right now one of these leverage points—federal climate policy, and specifically the climate provisions that were previously housed in the Build Back Better Act— hangs in the balance. And this is why Drawdown Labs, the program I lead at Project Drawdown, recently took out a full-page print ad in The New York Times. (link is external)
Our ad had three key messages. The first one was a reminder to the Times’ 4 million readers that the solutions to the climate crisis already exist today. It’s nearly impossible to build a future we can’t envision, so we wanted to remind a broad swath of the American public that the solutions are already right in front of us. These solutions will not only address climate change but they’ll help us build a healthier, more resilient, and more equitable world. Solutions like shifting electricity production to renewables, supporting indigenous land tenure and forest protection, shifting our means of transportation away from personally-owned vehicles and internal combustion engines, remaking our cities with health, equity, and walkability in mind, addressing food waste and our diets, and so many more.