Tree Root and Stability Studies

Root responses to mechanical heterogeneity are shaped by pore geometry and root-soil biomechanics

This study identifies how root responses to mechanical heterogeneity depend on pore geometry and root-soil biomechanics using artificial substrates and imaging.

Growth under constraints: root tip development controls trade-offs between speed and mechanical efficiency

This study examines how root tip morphology affects mechanical efficiency and growth rate trade-offs in plants using a quantitative framework.

Beyond diversity: A whole system view of vegetation's control of erosion

This study investigates how plant species richness and interactions affect erosion control in riparian buffers using mesocosm experiments, finding that species presence and soil moisture are more important than richness alone.

Weak evidence for change in wind-induced bending moments on raised and thinned Colorado spruce (Picea pungens)

This study monitored wind-induced bending moments on pruned Colorado spruces and found no significant change in bending moments despite pruning treatments.

Illuminating root-soil mechanics

The paper maps strain fields around root tips using synchrotron X-ray techniques and validates findings with finite element simulations.

Management recommendations for Alpine protection forests: the importance of regeneration quality and initial stand composition

This study derives management recommendations for Alpine protection forests, showing that high ungulate browsing limits protective quality, while management can improve it in less-browsed stands.

Cell-based model shows complex rearrangement of tissue mechanical properties are needed for roots to grow in hard soil

The paper develops a particle-based model to study how plant roots adjust tissue mechanical properties to grow in hard soil, finding that cell wall softening at the tip and changes in cell elongation zones are key mechanisms.