Susan Simard received her PhD in Forest Science and is a research scientist who works primarily in the field. Part of her dissertation was published in the prestigious journal Nature. Currently she is a professor in the department of Forest and Conservation Sciences at the University of British Columbia where she is the director of The Mother Tree Project. She is designing forest renewal practices, investigating the ecological resilience of forests, and studying the importance of mycorrhizal networks during this time of climate change.
Susan’s research over the past 30 plus years has changed how many scientists perceive the relationship between trees, plants, and the soil. Her intuitive ideas about the importance of underground mycorrhizal networks inspired a whole new line of research that has overturned longstanding misconceptions about forest ecosystems as a whole. Mycorrhizae are symbiotic relationships that form between fungi and plants. The fungi colonize the root systems of plants providing water and nutrients while the plant provides the fungus with carbohydrates. The formation of these networks is context dependent.
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The term “panpsychism” is made up of two Greek words: pan, meaning all, and psyche, often translated mind or soul. Panpsychism is the view that (forms of) soul or mind or consciousness are found throughout the web of life. This view is in contrast to the traditional western philosophical and theological consensus that having a soul or a mind is what sets human beings apart from other forms of life. In contrast, mystics, children, and many indigenous people assume that human beings are not the only form of life with consciousness.
Scientist Susan Simard is a professor of forest ecology at the University in Vancouver, British Columbia, who has been studying the below-ground fungal networks that connect trees and facilitate underground inter-tree communication and interaction. Over a period of more than thirty years this field scientist and her students have learned how fungi networks move water, carbon and nutrients such as nitrogen between and among trees as well as across species. Her research has demonstrated that these complex, symbiotic networks in our forests — at the hub of which stand what she calls the “mother trees” — mimic our own neural and social networks. This groundbreaking work on symbiotic plant communication has far-reaching implications that include developing sustainable ways to ‘manage’ forests, and to improve tree and plant resistance to pathogens. Although much of Simard’s research occurs in forests, she has also studied the underground systems of grasslands, wetlands, tundra and alpine ecosystems.
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