Human-altered environments can shape the evolution of organisms. Fungi are no exception,
though little is known about how they withstand anthropogenic pollution. Here, we document …

Human‐altered environments can shape the evolution of organisms. Fungi are no
exception, although little is known about how they withstand anthropogenic pollution. Here …

Abiotic changes due to anthropogenic activities affect selection regimes for organisms. How
trees and their mycorrhizal symbionts adapt to altered environments in heterogeneous …

Across a species range, islands of stressful habitats impose similar selection pressures on
isolated populations. It is as yet unclear, when populations respond to these selective …

Zinc is a major soil contaminant and high zinc levels can disrupt growth, survival, and
reproduction of fungi. Some fungal species have evolved zinc tolerance through cell …

Heavy metal toxicity is a strong trigger for evolutionary adaptation in terrestrial biota that
colonise metalliferous soils. Here, I will focus on the occurrence of metal tolerance in …

It is a plausible hypothesis that parallel adaptation events to the same environmental
challenge should result in genetic changes of similar or identical effects, depending on the …

By natural selection, the ectomycorrhizal fungus Suillus luteus could evolve metal tolerant
ecotypes on contaminated sites. These metal tolerant ecotypes were previously shown to be …

Recent advancements in sequencing technology allowed researchers to better address the
patterns and mechanisms involved in microbial environmental adaptation at large spatial …

Introduction Heavy metal pollution is a strong driver of above-and belowground communities
and triggers evolutionary adaptation in organisms. This review provides an overview of our …