In 2015, a forester from Germany wrote a book about trees.
Peter Wohlleben’s small, quirky science book was published in his native country, where (to the publisher’s surprise, one can’t help but think) it stayed at or near the top of nonfiction bestseller lists for months. Since that time, The Hidden Life of Trees has been optioned for translation in several languages – including, this fall, in English, from Greystone Books in Canada.
Reading the book now, in a translation by master gardener and writer Jane Billinghurst, it seems that the secret to its popularity lies in its unusual approach. Using simple verbiage, succinct chapters, and a sensitive narrative style, Wohlleben takes a tender view of the trees he understands so well, sweetly anthropomorphizing them and the forests they comprise. He discusses the ways trees communicate with and protect each other by using the language of friendship, family, and community. He describes photosynthesis as a constant source of food for a tree, “like a baker who always has enough bread.” He makes frequent reference to the pain trees experience when they get injured or die a slow death, and compares their roots to our human brains. The chapter on tree reproduction is called, simply, “Love.”
Though his turn of phrase is sometimes fanciful, Wohlleben’s ideas were formed after decades of studying tree growth and behavior and are backed up by both cutting-edge and time-tested studies. The forester-turned-ecologist is an interesting study himself. He worked for the German forestry commission for twenty years, assessing trees for their value in the lumber trade according to accepted industry practice. Gradually, though, he developed a deep appreciation for the trees’ true nature, and came to understand that they behave very differently in undisturbed forests than they do in manipulated environments. For example, while gardeners and commercial foresters take care not to plant trees “too close” together out of fear that one will overshadow and kill the others, Wohlleben tells us that left to their own devices, trees of the same species prefer to huddle together. This way, they can share nutrients and water, balancing out any differences between them at root-level so that they can photosynthesize at the same rate and be equally successful. They prefer to work together.
Wohlleben’s book is filled with these kinds of surprises, bits of science fact that amateur naturalists will thrill to. For instance, we learn that a beech tree, if it lives to be 400 years old, will fruit at least 60 times and produce around 1.8 million beechnuts. Of those nuts only one will become a full-grown tree, which in forest terms is considered a high rate of success, like “winning the lottery.”
There’s something so stirring about the sheer size and longevity of trees, something almost magical. Wohlleben’s love for these magnificent beings and the lessons they can teach us is evident – and he’s as excited by the questions as he is by the answers. As he writes when discussing different ideas about how trees store and transport water to their leaves: “Perhaps we are poorer for having lost a possible explanation or richer for having gained a mystery. But aren’t both possibilities equally intriguing?”
—The Hidden Life of Trees by Peter Wohlleben, Greystone (288 pp.)