How can AI & new technologies help reverse biodiversity loss and restore our ecosystems? - Highlights - THOMAS CROWTHER

“The wealth of learning that can come from our collective awareness that essentially AI is a fancy-sounding way of saying computers can learn from the collective wisdom that exists throughout the Internet. And if we can empower the local stewards of biodiversity, local landowners, farmers indigenous populations with all of that wealth of information in a smart way, it can be incredibly empowering to many rural communities. AI might also open up an opportunity for us to rethink what life is about.”

Although they comprise less than 5% of the world population, Indigenous peoples protect 80% of the Earth’s biodiversity. How can we support farmers, reverse biodiversity loss, and restore our ecosystems?

Thomas Crowther is an ecologist studying the connections between biodiversity and climate change. He is a professor in the Department of Environmental Systems Science at ETH Zurich, chair of the advisory council for the United Nations Decade on Ecosystem Restoration, and founder of Restor, an online platform for the global restoration movement, which was a finalist for the Royal Foundation’s Earthshot Prize. In 2021, the World Economic Forum named him a Young Global Leader for his work on the protection and restoration of biodiversity. Crowther’s post-doctoral research transformed the understanding of the world’s tree cover, and the study also inspired the World Economic Forum to announce its Trillion Trees initiative, which aims to conserve and restore one trillion trees globally within the decade.

https://crowtherlab.com/about-tom-crowther
https://restor.eco/?lat=26&lng=14.23&zoom=3

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