Despite recent advances spearheaded by molecular approaches and novel technologies,
species description and DNA sequence information are significantly lagging for fungi …

Abstract Knowledge about the mycorrhizal root traits of plants is critical for understanding
ecosystem processes from landscape to global scale. In spite of> 130 years of research …

The obligate association of boletes with their plant partners is critical to understanding
biogeographic distribution of these fungi. Only in rare instances are boletes not obligatory …

The relationships among pyroloids, monotropoids, arbutoids and the remainder of Ericaceae
continue to be unresolved even though significant progress has been made in …

Boletes are one of the most common groups of fungi in temperate, subtropical, and tropical
ecosystems. In Mexico, the northern region has mainly been explored in terms of bolete …

Seventeen out of the 24 taxa of Phylloporus (Boletaceae) known from the Neotropics are
presented here. Complete descriptions, illustrations and a key to the 17 species are …

Fungi are a large and hyper-diverse group with major taxa present in every ecosystem on
earth. However, compared to other eukaryotic organisms, their diversity is largely …

Arbutoid mycorrhizal plants are commonly found as understory vegetation in forests
worldwide where ectomycorrhiza-forming trees occur. Comarostaphylis arbutoides …

Surveys of macrofungi associated with neotropical Quercus forests in Costa Rica resulted in
the discovery of a Tylopilus species similar to T. balloui in appearance but exhibiting …

Sebacina (Sebacinales) forms ectomycorrhiza, arbutoid, ericoid, jungermannioid,
cavendishioid and orchid mycorrhiza with diverse plant species. The woody plant …