Carbon interventions for climate impact

Unlocking climate–carbon connections to address the climate crisis through mitigation and intervention

Mitigating climate change and its far-reaching impacts requires rapid, scalable solutions to remove gigatons of carbon dioxide (CO₂) from the atmosphere in the near future.

I am a Senior Scientist at Lithos Carbon, where I work to unlock the potential of enhanced rock weathering (ERW) as a large-scale carbon removal strategy. At Lithos, we collaborate across sectors - industry, finance, policy, academia, and agriculture - to scale rock dust weathering from field trials to millions of acres of farmland across the United States and globally. Our goal is to deliver meaningful climate impact while supporting sustainable development in agriculture.

My work on ERW builds on a decade of research into climate change and carbon cycling in both terrestrial and marine environments. I specialize in using biogeochemical tracers and spatial observations to understand carbon cycling, climate feedbacks, and their implications for climate resilience. Much of my earlier work focused on the planet’s most vulnerable ecosystems, such as in the Arctic.

This website highlights my academic work during my time as a scientist at Columbia University and Stockholm University. To learn more about my current work with Lithos Carbon, please visit my LinkedIn profile or feel free to get in touch directly.