Robert Tropek

This study examines plant-pollinator interactions across an elevational gradient in Central European forests, finding increased network specialisation at higher elevations and shifts in pollinator composition.

This study evaluates how the mid-domain effect influences interaction network structure along environmental gradients using simulations and empirical data.

The paper examines how elevation affects plant mating systems and pollen limitation in Afrotropical montane grasslands through experimental studies on seven plant species.

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.

This study assesses the impact of Colophospermum mopane dominance on biodiversity in South African savannas, finding reduced species richness and community shifts in birds, mammals, and insects.

This study examines elevational patterns in two micromoth families on Mount Cameroon, finding distinct diversity peaks and community shifts with elevation.

This study shows that plant communities drive insect diversity in South African savannahs, with climate and disturbances indirectly shaping these patterns through their effects on vegetation.