Dual‐mycorrhizal plants are capable of associating with fungi that form characteristic
arbuscular mycorrhizal (AM) and ectomycorrhizal (EM) structures. Here, we address the …

Aims Knowledge about mycorrhizal associations is important for understanding mineral
nutrition, stress tolerance and regeneration dynamics of trees. Here we address the …

Based on long-term ecological research, microorganisms are sensitive to environmental
changes in the process of ecosystem succession. However, few works have focused on the …

To distinguish among hypotheses on the importance of resource‐exchange ratios in
outcomes of mutualisms, we measured resource (carbon (C), nitrogen (N), and phosphorus …

There is increasing interest in using plant mycorrhizal traits–characteristics related to a
plant's ability to form mycorrhizal symbiosis–to understand the role of mycorrhizas within and …

Purpose Prunus serotina is a tree species native to north America which successfully
invades European temperate forests. In the native range, it forms arbuscular mycorrhizae …

The impact of host plant on the mycelial features of mycorrhizal symbiont and its
characteristics has been poorly investigated. This study aimed to compare and quantify …

This work presents several topics on the role of mycorrhizal fungi in woodland ecosystem
function. We start with an exploration of the subset of ectomycorrhizal fungi (EMF) with a …

Rostliny rodu koniklec (Pulsatilla Mill.) jsou nízké až středně vysoké trsnaté byliny, s
převážně ochlupenými listy i lodyhami, zařazené do čeledě pryskyřníkovitých. Koniklece …

Mezidruhová hybridizace je v rostlinné říši velmi rozšířený fenomén. Je považována za
mechanismus, díky kterému vznikají nové adaptace a potenciálně i nové druhy. Nejčastěji …