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Xylem Hydraulic Plasticity: Past Environment Reconstruction Techniques

Explore the importance of xylem hydraulic plasticity in reconstructing past environments. Learn about tracheid characteristics and their significance, comparing dry vs. wet larch and spruce. Analyze results related to pits, torus, margo, aperture, and more.

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Xylem Hydraulic Plasticity: Past Environment Reconstruction Techniques

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  1. Abiess

  2. Calocedrus decurrens Pittermann et al.(2010)

  3. Cupressus forbessii Glyptostrobus pensilis Pittermann et al. (2010) Plant Physiol.

  4. The significance of xylem hydraulic plasticity for reconstructing past environments: Kippel, May 15th – 17th 2012

  5. Jansen et al. (2012) PC&E The significance of xylem hydraulic plasticity for reconstructing past environments: Kippel, May 15th – 17th 2012

  6. Dry vs Wet Larch vs Spruce

  7. Results: pits torus vsmargo aperture vs torus aperture vsmargo

  8. Results: pits Margo Aperture Torus Area margo over torus Area torus over aperture

  9. Results: tracheid width length The significance of xylem hydraulic plasticity for reconstructing past environments: Kippel, May 15th – 17th2012

  10. Results: tracheid length width The significance of xylem hydraulic plasticity for reconstructing past environments: Kippel, May 15th – 17th2012

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