Plants produce a wide diversity of metabolites. Yet, our understanding of how shifts in plant
metabolites as a response to climate change feedback on ecosystem processes remains …

Climate change will influence plant photosynthesis by altering patterns of temperature and
precipitation, including their variability and seasonality. Both effects may be important for …

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 …

Sphagnum mosses account for most accumulated dead organic matter in peatlands.
Therefore, understanding their responses to increasing atmospheric CO2 is needed for …

Growth and decomposition of Sphagnum controls turnover of a large global store of soil
organic carbon. We investigated variation in morphological and physiological traits of …

Sphagnum-dominated peatlands store more carbon than all of Earth's forests, playing a
large role in the balance of carbon dioxide. However, these carbon sinks face an uncertain …

Sphagnum mosses are the keystone species of peatland ecosystems. With rapid rates of
climate change occurring in high latitudes, vast reservoirs of carbon accumulated over …

Mixotrophic protists are increasingly recognized for their significant contribution to carbon
(C) cycling. As phototrophs they contribute to photosynthetic C fixation, whilst as predators of …

Sphagnum mosses are keystone components of peatland ecosystems. They facilitate the
accumulation of carbon in peat deposits, but climate change is predicted to expose peatland …

High-latitude peatlands contain about one third of the world's soil organic carbon, most of
which is derived from partly decomposed Sphagnum (peat moss) plants. We conducted a …