Anthropogenic climate change has emerged as a critical environmental problem, prompting
frequent investigations into its consequences for various ecological systems. Few studies …

Long-term observations have shown that many plants and aboveground animals have
changed their phenology patterns due to warmer temperatures over the past decades …

Subsoil contains more than half of soil organic carbon (SOC) globally and is conventionally
assumed to be relatively unresponsive to warming compared to the topsoil. Here, we show …

Climate change could influence aboveground and belowground plant community diversity
and structure profoundly. However, our understanding of the responses of microbial …

Soil microbial communities are influenced by climate change drivers such as warming and
altered precipitation. These changes create abiotic stresses, including desiccation and …

Soil respiration is one of the major ecosystem carbon fluxes and has a strong relationship
with climate. We quantified this dependence for the Russian territory based on coupling …

Comparisons of vegetation production between temperate and alpine grasslands are not
well studied, and the understanding of the underlying mechanisms is still incomplete. To …

Grassland ecosystems are one of the most important terrestrial ecosystems in the world,
producing essential both goods and ecosystem services (ES) for human beings. The Inner …

The timing of phenological events is highly sensitive to climate change, and may influence
ecosystem structure and function. Although changes in flowering phenology among species …

One of the major uncertainties for projecting permafrost carbon (C)‐climate feedback is a
poor representation of the non‐growing season carbon dioxide (CO2) emissions under a …