100 books like The Revolutionary Genius of Plants

I grew up fascinated by the natural world, in particular by the hemlock trees in a hollow in the North Carolina mountains where my family owned a cabin. Later, the hollow and that cabin would provide inspiration for my novel, Hemlock Hollow, in which a scientist wrestles with the ghosts of her past. Those hemlocks are in decline now due to the hemlock wooly adelgid, an invasive species working its way through the Appalachian Mountains. In many ways, my writing takes the grief of losing something so dear as grist for stories that center the power of place over time, and I’m drawn to other books that do the same.

FernGully was one of my favorite movies as a kid, and it made me really think about the natural world and how humans interact with it. Now, aged 35 with kids of my own (who also love FernGully), I consider myself a climate activist for the work I do in helping everyday people to believe they can be a part of the solution to climate change. As an author, podcast host, and community builder, I've connected with other humans with fascinating passions, perspectives, and values. I want to show my audience that we can all view the world differently, but there is one important thing we need to all believe, that we matter.

A house plant in my living room attacked another plant, wrapping itself around it and killing it. Then another plant tried to sink roots into a neighbor. I began to do a little research, then a lot of research, and learned that plants accomplish amazing feats. They can tell by the angle of the sun when spring is coming, and they can call parasitic wasps to rid themselves of caterpillars. Plants vastly outweigh and outnumber animals, so they run this planet. What if, on another planet, they could think like us… and that’s why I wrote a novel.

A house plant in my living room attacked another plant, wrapping itself around it and killing it. Then another plant tried to sink roots into a neighbor. I began to do a little research, then a lot of research, and learned that plants accomplish amazing feats. They can tell by the angle of the sun when spring is coming, and they can call parasitic wasps to rid themselves of caterpillars. Plants vastly outweigh and outnumber animals, so they run this planet. What if, on another planet, they could think like us… and that’s why I wrote a novel.

Hiking in the flower-covered hillsides of Central California as a nature-loving kid, I couldn’t help but wonder about my companions. One of my first purchases (with babysitting money!) was a wildflower guide. I’ve moved around the country many times and every time I’ve had to start over, make new plant acquaintances and discoveries—always an orienting process. Of course, I’ve also studied plants formally, in college and in my career, and (honestly, best of all) via mentors and independent study. All this has shown me that flowers are more than just beautiful! They’re amazingly diverse, and full of fascinating behaviors and quirks. In fact, they are essential parts of the complex habitats we share.

I embarked on this arduous journey of making sense of the I in AI while working as an Assistant Professor of Finance, which, however, began to look increasingly uninteresting and oppressive. With this innovative endeavor, I return home to philosophy. Apart from being passionate about AI in academia, I’m a tech entrepreneur by heart with three software start-ups in Germany, Switzerland, and Malawi under my belt. Moreover, I served as Deputy Director of and Head of AI at the Swiss Fintech Innovation Lab in Zurich, as Director of Startup Grind Geneva, and I continue to fulfill my role as start-up coach/judge and mentor in various startup programs.

I’m a law professor who has been teaching and writing in the area of intellectual property for 20 years. As my career went along, I came to realize how important it is to not just mechanically apply the legal rules but to think about why they are there. Intellectual property law—a 7 trillion-dollar legal regime governing one-third of the U.S. economy—continually guesses as to how the minds of artists and audiences work. The more I read about neuroscientific advances, the more I realized that these guesses are often wrong and need to be updated for a new technological age.

I am an integrative child psychiatrist with a special focus on how screen-time detunes the nervous system, causing issues with sleep, mood, focus, and behavior. In fact, technology use is the most underestimated influence of our time; it causes problems whose connections aren’t always obvious, leads to misdiagnosis and overmedication, and wastes resources. I am passionate about helping children and families methodically reverse these changes using screen fast protocols that provide dramatic improvements in functioning and well-being. I speak regularly to parents’ groups, schools, and health providers, and my work has been featured on such outlets as NPR, CNN, NBC Nightly News, Psychology Today, and Good Morning America.

I’m a law professor who has been teaching and writing in the area of intellectual property for 20 years. As my career went along, I came to realize how important it is to not just mechanically apply the legal rules but to think about why they are there. Intellectual property law—a 7 trillion-dollar legal regime governing one-third of the U.S. economy—continually guesses as to how the minds of artists and audiences work. The more I read about neuroscientific advances, the more I realized that these guesses are often wrong and need to be updated for a new technological age.

I am trained in physics but moved over to psychology and neuroscience partway through graduate school at Cornell University because I became fascinated with the stupefying complexity of brains. I found that a lot of the main ideas and approaches in these fields seemed flawed and limited—things like defining something to study such as “emotion” or “perception” without specifying what measurable quantities are necessary and sufficient to understand those things. Luckily, I was (and continue to be) mentored by independent thinkers like neuroanatomist Barbara Finlay and computational neuroscientist David Field, who instilled in me their spirit of free and deeply informed inquiry. Today, more and more brain researchers are rethinking established ideas.