Daily Archives: November 16, 2016

A Walk in the Forest after the Election

By J.D. ALT

On November 8, I happened to be complacently immersed in one of the important books now available to the human species—The Hidden Life of Trees, by Peter Wohlleben.  On the morning of November 9, I realized that what I was reading not only offered a perfectly analogous explanation of what “happened” in the U.S. Presidential election, but also laid out instructive insights about what’s to come next.

To provide a highly simplified overview (please bear with me for a moment), forests of trees are highly integrated communities composed basically of three parts: the canopy, the ground, and the root-and-fungi structures below ground. The community grows and evolves very slowly, and once it is established certain inherent dynamics provide a long-term stability that is measured in centuries. One of the most crucial dynamics is the fact that the mature canopy, during the growing season, absorbs something like 97% of the sunlight falling on it. This means at the ground level, new trees—growing from the seeds dropped from above—receive essentially no sunlight for photosynthesis (which they need in order to produce sugars for growth). These baby trees are, in fact, “nursed” by the root systems of the parent trees around them. The nursing trees grow very slowly, biding their time until one of the parent trees dies and collapses. This leaves a gap in the canopy where sunlight suddenly streams through, and those baby trees fortuitously located below the gap begin to produce their own sugar like mad—and grow very rapidly upward toward adolescence. At the same time, in a healthy forest, the mature trees adjacent to the gap extend their own branches and leaves to fill the open space. Before this process is complete, the adolescent trees have several years of rapid growth, but when the canopy is re-closed, they have to stop and bide their time again. Once more, they are fed by the root systems of the parental forest. It isn’t until another parent collapses to the forest floor, that the late adolescent tree finally has the opportunity to rapidly grow into the gap of the canopy and become a mature member of the community.

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