Jason M. Tylianakis

The paper examines how pest damage to crops varies globally based on coevolutionary indicators and agricultural management practices.

The paper investigates how plant fidelity to root symbionts affects performance under changing community contexts, finding that fidelity to antagonists is stronger and mutualist fidelity impacts performance differently based on plant traits and herbivore presence.

The paper predicts trade-offs among nature's contributions to people based on land-use patterns and species movement, finding that mixed forest-grassland areas maximize beneficial contributions and minimize detrimental ones.

The paper investigates how phenological turnover affects trait-based predictions of plant-pollinator interactions by analyzing individual-level trait data from an Arctic community.

The paper investigates how plant interaction traits influence arbuscular mycorrhizal fungi and bacterial biomass in soil using lipid analysis and Bayesian modeling.

This study examines oomycete communities in temperate rainforest soils over 120,000 years, finding high oomycete frequency in early succession but rarity in older ecosystems, suggesting their role in successional change.

The paper develops a quantitative framework to model the biogeography of ecological interaction networks, finding that environmental factors influence species co-occurrence but not interactions, which are stochastic.