“The Hidden Life of Trees” by Peter Wohlleben

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  • True “forest” trees share resources amongst each other via roots, equalizing what they produce
  • Connectivity determines resource distribution
  • Conifers produce every year where deciduous trees decide, together, each year if they will blossom the next year or not
  • Oak and Beech trees create such masses of seeds that it affects the birth rates of foraging wildlife
  • On average, each tree successfully produces one offspring during its life
  • Tree canopies are so thick, seedlings can barely grow a stem and a few leaves
  • Slow growth while young is necessary for strong, aged trees
    • This keeps the wood cells tiny preventing air and fungus from breaking them
  • If the tree is wider than tall, the tree is waiting patiently
  • Saplings lack sugar and so are more bitter
  • Trees on snowy slopes are pushed over by slowly moving snow while it continues to grow up, causing the truck to bow then straighten
    • The same thing can happen where the ground is slipping
  • Trees are constantly shedding bark, like we do skin cells
  • The deeper the bark cracks, the more reluctant the tree is to shed its bark
  • Chemical processes are managed by the roots
  • Mites and weevils are critical for forest processing
  • We are liberating CO2 faster than the debris accumulate
  • Less CO2 = Longer tree life span
  • We need to let trees grow old to capture maximum CO2
  • Trees will morph their environment to suit there needs; for example, growing tall and thick blocks the wind which reduces evaporation and increases moisture
  • Deciduous trees are designed to direct rain fall down the leaves, through the branches, down the trunk to their roots
  • Inland rain falls are thanks to tree transpiration
  • Fall color changes include the relocation of resources back to the trunk
  • Oak and beeches need rest, which is why we cannot grow them inside
  • Trees cannot sleep until their leaves are shed
  • Quaking aspens have leaves that can photo synthesize on both sides
  • Green light is rejected light that the chlorophyll cannot process

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