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Publications by S. MAYR
A New Method for Vulnerability Analysis of Small Xylem Areas Reveals That Compression Wood of Norway Spruce Has Lower Hydraulic Safety Than Opposite Wood
Plant, Cell and Environment
Plant Science
Physiology
Related publications
Shrinkage Properties of Norway Spruce Wood.
Silva Fennica
Forestry
Ecological Modeling
Loss of Diversity in Wood-Inhabiting Fungal Communities Affects Decomposition Activity in Norway Spruce Wood
Frontiers in Microbiology
Microbiology
Fractionation of Spruce Wood.
Acta Chemica Scandinavica
Xylogenesis of Compression and Opposite Wood in Mountain Pine at a Mediterranean Treeline
Annals of Forest Science
Forestry
Ecology
Multi‐trait Genomic Selection for Weevil Resistance, Growth, and Wood Quality in Norway Spruce
Evolutionary Applications
Evolution
Ecology
Genetics
Systematics
Behavior
Biological Sciences
Agricultural
Compression Stress in Opposite Wood of Angiosperms: Observations in Chestnut, Mani and Poplar
Annals of Forest Science
Forestry
Ecology
Terpenoids Are Transported in the Xylem Sap of Norway Spruce
Plant, Cell and Environment
Plant Science
Physiology
Differences in Growth and Wood Density in Clones and Provenance Hybrid Clones of Norway Spruce
Canadian Journal of Forest Research
Forestry
Planetary Change
Global
Ecology
Estimating Solid Wood Properties Using Pilodyn and Acoustic Velocity on Standing Trees of Norway Spruce
Annals of Forest Science
Forestry
Ecology
