In this enlightening conversation, forest ecologist Suzanne Simard, known for her groundbreaking research on tree intelligence, shares insights about the role of 'Mother Trees.' She reveals how these ancient trees recognize and nurture their kin, emphasizing the interconnectedness of forest ecosystems through what she terms the 'Wood Wide Web.' Simard discusses the importance of reconnecting with nature, the wisdom of indigenous practices, and the innovative Mother Tree Project aimed at enhancing forest resilience against climate change.

Suzanne Simard, Forstwissenschaftlerin und Autorin von 'Die Suche nach dem Mutterbaum', erläutert, wie Bäume über Mykorrhiza-Netzwerke kommunizieren. Sie enthüllt die geheimen, symbiotischen Beziehungen zwischen Pflanzen und Pilzen, die durch Nährstoffaustausch gekennzeichnet sind. Simard diskutiert auch die Rolle von Wolfsspinnen im Ökosystem und die Herausforderungen des Klimawandels. Ihre Forschungen fordern traditionelle biologische Theorien heraus und eröffnen neue Perspektiven für die Ökologie.

Suzanne Simard is the forest ecologist who has proven, beyond doubt, that trees communicate with each other — that a forest is a single organism wired for wisdom and care. Simard found that the processes that make for a high-functioning forest mirror the maps of the human brain that we’re also just now drawing. All of this turns out to be catching up with intelligence long held in aboriginal science. She calls the mature hub trees in a forest “Mother Trees” — parenting, eldering, in a mode of mutuality and reciprocity, modeling what we also know to be true of genuinely flourishing human ecosystems.Suzanne Simard is Professor of Forest Ecology at the University of British Columbia. You can connect with her ongoing work at mothertreeproject.org. Her book is called, Finding the Mother Tree: Discovering the Wisdom of the Forest.Find the transcript for this show at onbeing.org.

Suzanne Simard, a renowned ecologist and professor at the University of British Columbia, reveals the astonishing interconnections between trees in forests. She discusses how trees communicate, compete, and cooperate through intricate networks with fungi. These relationships challenge traditional views on forest management, emphasizing the need for biodiversity and sustainable practices. Simard also highlights the importance of storytelling in advocating for environmental causes, showcasing how personal narratives can inspire resilience and change.

Zoë Schlanger, a science writer for The Atlantic and author of 'The Light Eaters,' joins renowned forest ecologist Suzanne Simard, known for her groundbreaking work on the 'wood wide web.' They dive into the surprising intelligence of plants, including their ability to communicate distress signals and adapt to their environment. The conversation also highlights the vital roles of 'mother trees' in supporting forest ecosystems and emphasizes rethinking our ethical relationship with nature. Discover how plants are much smarter and more interconnected than we ever imagined!

Explore the fascinating world of tree communication and intelligence with Professor Suzanne Simard. Learn about the vital role of 'mother trees' in forest ecosystems, the interconnected networks of mycorrhizal fungi, and the impact of climate change on forests. Reflect on the speaker's journey into academia and the importance of preserving natural partnerships for ecosystem health.

Suzanne Simard, a Professor of Forest Ecology at UBC and author of 'Finding the Mother Tree', dives into the profound interconnectedness of forest ecosystems. She discusses how biodiversity supports tree survival and nutrient exchanges through mycorrhizal networks. Simard critiques industrial forestry practices like monoculture, advocating for sustainable approaches that honor both scientific and Indigenous knowledge. The conversation highlights the spiritual bond between humans and trees, urging a deeper ecological awareness to safeguard our forests.

Suzanne Simard is the forest ecologist who has proven, beyond doubt, that trees communicate with each other — that a forest is a single organism wired for wisdom and care. Simard found that the processes that make for a high-functioning forest mirror the maps of the human brain that we’re also just now drawing. All of this turns out to be catching up with intelligence long held in aboriginal science. She calls the mature hub trees in a forest “Mother Trees” — parenting, eldering, in a mode of mutuality and reciprocity, modeling what we also know to be true of genuinely flourishing human ecosystems.Suzanne Simard is Professor of Forest Ecology at the University of British Columbia. You can connect with her ongoing work at mothertreeproject.org. Her book is called, Finding the Mother Tree: Discovering the Wisdom of the Forest.This interview is edited and produced with music and other features in the On Being episode "Suzanne Simard — Forests Are Wired For Wisdom." Find the transcript for that show at onbeing.org.

Suzanne Simard, a leading forest ecology professor and author, reveals the astonishing complexity of tree communication. She discusses how trees share nutrients through fungal networks, similar to neural systems, fostering biodiversity. The concept of 'Mother Trees' emerges as vital guardians of forest health, promoting resilience amidst climate challenges. Simard critiques conventional forestry, advocating for a shift towards recognizing forests as interconnected ecosystems. She highlights the essential role of natural regeneration and sustainable practices in preserving ecological balance.

Join former host Guy Raz, now captivating kids with science on Wow in the World, alongside forest ecologist Suzanne Simard, who unveils how trees communicate through mycelial networks. Marine biologist Denise Herzing shares her decades-long insights into dolphin language, revealing their intelligent interactions. Space archaeologist Sarah Parcak discusses her groundbreaking use of satellite imagery to find ancient sites, while writer AJ Jacobs explores how expressing gratitude can enhance our daily lives. Dive into a world of interconnectedness and discovery!