Jiří Doležal

This study examines microbial community structure in glacier forefields, finding that host identity, time, and habitat heterogeneity shape bacterial and fungal communities across different successional stages.

This study examines how xylem and bark hydraulics coordinate in temperate Rosaceae species, finding that bark permeability and xylem efficiency are linked to climate factors and drought resistance.

This study examines how yellow mistletoe affects oak radial growth, finding that growth amplitude is reduced, especially under optimal climatic conditions.

This study examines elevational shifts in tropical tree leaf traits across Mount Cameroon, revealing nonlinear trait responses shaped by climate, soil, light, and phylogeny.

This study examines how alpine plant species influence soil and microbial dynamics across seasons and habitats, revealing seasonal shifts in microbial activity and plant nutrient strategies.

This paper evaluates a smartphone LiDAR app for measuring tree stem diameter and mapping, finding it efficient and accurate with minor software limitations.

This study tests the elevational niche-breadth hypothesis by analyzing habitat specialisation in butterflies and moths along an elevational gradient on Mount Cameroon, finding broader niche breadth at higher elevations for butterflies but not moths.

The paper examines trait variation in Salix flabellaris across Himalayan elevations, finding distinct stem, twig, and leaf strategies influenced by temperature and moisture, with central populations showing highest growth under current conditions.

The paper analyzes community assembly in Himalayan habitats, finding that environmental filtering dominates but is often modulated by niche differentiation, using trait and phylogenetic data.

This paper combines crowdsourced biodiversity data with Earth observation to model plant traits at high resolution, achieving strong predictive power and improving spatial coverage for global trait mapping.

The paper assesses how human land use affects plant functional diversity across Europe, finding lower functional richness and divergence but higher evenness in disturbed areas.