Z. Munzbergova

This study examines how climate affects structural and biochemical plant traits in Festuca rubra, finding they respond differently to climate and interact with origin and cultivation conditions.

The paper examines how rhizome scaling relationships vary with growth conditions and genetic background, finding that construction costs increase with length and are linked to plant fitness.

This study examines how the origin of Festuca rubra seeds affects their mass, nutrients, and germination behavior under different climate conditions.

This study examines how a clonal grass responds to climate change through phenotypic plasticity and genetic differentiation in ecophysiological traits, finding strong plasticity in photosynthesis and genetic variation in stomatal traits.

This study examines how temperature affects plant palatability and herbivore damage in Impatiens species, finding that elevated temperature increases leaf traits linked to higher herbivory.

This study shows seed mass interacts with original climate to determine germination patterns in Impatiens species under climate change scenarios.

The paper shows plant-soil feedback (PSF) is a significant predictor of plant invasiveness, comparable to other traits, across 68 alien species.