Introduction Multiple studies have shown strong relationships between different nutrients in
plants, and the important role of N in Zn acquisition and translocation has been recognized …

Mineral carbonation of basic silicate minerals regulates atmospheric CO2 on geological time
scales by locking up carbon. Mining and spreading onto the earth's surface of fast …

This study aims to determine and compare the bacterial community and functional profiles
associated with serpentine sites, innate hyper-accumulating weed, downgradient …

Although the interaction between P and Zn has long been recognized in plants, the
physiological and molecular mechanisms underlying P and Zn interactions are poorly …

In the present study, we have underpinned the serpentine rock, serpentinized ultramafic soil
and rhizosphere's microbial communities, signifying their heavy metals-exposed taxa …

Since the urbanization and industrialization are wildly spread in recent decades, the
concentration of Zn in soil has increased in various regions. Although the interactions …

Plant species' distributions are often thought to overwhelmingly reflect their climatic niches.
However, climate represents only a fraction of the n‐dimensional environment to which plant …

Although several lichen inventories exist for European ultramafic sites, only four surveys of
serpentine lichens for North America have been published to date. Of those, only one has …

Aims Initial stages of pedogenesis are particularly slow on serpentinite. This implies a slow
accumulation of available nutrients and leaching of phytotoxic elements. Thus, a particularly …

Soils derived from ultramafic bedrock are known for hosting distinct vegetation types as a
consequence of atypical soil chemistries consisting of high trace elements concentrations …