62 pages • 2 hours read
Peter WohllebenA modern alternative to SparkNotes and CliffsNotes, SuperSummary offers high-quality Study Guides with detailed chapter summaries and analysis of major themes, characters, and more.
The Hidden Life of Trees explores many tree functions which are hidden from view. Name two of these functions and explain their significance to the individual tree and the forest at large.
Wohlleben argues that leaving old growth forests intact is a crucial strategy to combating invasive pests and climate change. Summarize his argument using examples from the text.
The author examines how people’s perceptions of plant life can impact how we interact with the forest. Why does the author think humans have a difficult time understanding trees and sympathizing with them? What does he suggest as a remedy to this?
Wohlleben cites many differences between native, old growth forests and planted, commercial forests. Using examples from the text, discuss these differences and how they may impact the forests and human communities.
The author describes the forest food web and how animals affect, and are affected by, trees. Discuss three examples of tree-animal relationships from the text.
Wohlleben references Dr. Suzanne Simard’s research which showed how fungal connections help trees communicate. Explain how these fungal networks operate and why they are so consequential for the health of the forest.
How are some well-meaning conservation activities ineffective or even harmful? Use specific examples from the text and describe Wohlleben’s proposed solutions to these problems.
What does the author consider an ethical approach to silviculture? How does this approach differ from conventional forestry methods? Explain.
The author argues that people have evolved to intuitively register trees’ signals, both positive and negative. Do you agree or disagree with his hypothesis? Explain.
In The Hidden Life of Trees Wohlleben educates the reader on how different tree species reproduce. Choose one tree species and explain its life cycle from seed to decomposition in detail.