Soil mosses are among the most widely distributed organisms on land. Experiments and
observations suggest that they contribute to terrestrial soil biodiversity and function, yet their …

Mosses of the genus Sphagnum are the dominant vegetation in most pristine peatlands in
temperate and high‐latitude regions. They play a crucial role in carbon sequestration, being …

Understanding plant root architectures induced changes in organic carbon accumulation
and conversion is critical to predicting carbon cycling and screening appropriate plant …

Mosses form a ground layer with a thickness of nearly 1 cm during the first decade of
vegetation restoration, but their effects on the belowground microbial community and soil …

In view of climate considerations regarding the management of peatlands, there is a need to
assess whether rewetting can mitigate greenhouse gas (GHG) emissions, and notably how …

Despite their small size, cryptogams (lichen, liverwort, and moss) are important for
ecosystem stability. Due to their strong stress resistance, cryptogams often cover extreme …

Over the last century, many peatlands in northern Europe have been drained for forestry.
Forest management with different harvesting regimes has a significant impact on soil water …

When extracting peat for horticultural use, drainage ditches are prepared, a peatland's
vegetation is removed, and peat is harvested. These land-use changes dramatically alter the …

Northern peatlands provide a globally important carbon (C) store. Since the beginning of the
20th century, however, large areas of natural peatlands have been drained for biomass …

The feasibility of a novel type of moss (Parkortanso No. 1 synthesized from Racomitrium
japonicum, Dozy and Molk) to capture CO2 in urban areas was demonstrated. The effects of …