Felix Fornoff

The paper examines how moisture affects nesting diversity of bees, wasps, and parasitoids in deadwood, finding that lying deadwood has lower diversity due to higher moisture retention.

This study examines how soil translocation and disturbance affect the survival of ground-nesting bees and finds that while survival is reduced, some individuals survive even under severe disturbance, suggesting soil translocation could aid conservation.

The paper examines how functional niche attributes influence species interaction roles in ecological networks, finding that niche variability inversely affects interaction variability and that these effects depend on species biomass and community composition.

This study shows that annual ploughing of wildflower plantings reduces ground-nesting bee nests by 72%, indicating these plantings act as ecological traps.

The paper examines how multitrophic species interaction networks influence ecosystem multifunctionality and finds that network structure, including niche overlap and linkage density, significantly affects ecosystem function.

The paper studies how cavity-nesting bees use forest nesting habitats and surrounding floral resources in a subtropical forest experiment, finding that bees rely on landscape flowers and planted trees provide seasonal pollen supplements.

This study shows that reducing ploughing frequency benefits ground-nesting flying insects by increasing biomass, particularly in the first years of recovery.

The paper examines how tree diversity and canopy cover affect host-parasitoid community composition and interaction networks in a subtropical tree biodiversity experiment.

The paper examines plant-pollinator interactions in apple orchards, finding that flower strips and hedges benefit pollinator conservation without harming apple pollination.