A large portion of the World's terrestrial organic carbon is stored in Arctic permafrost soils.
However, due to permafrost warming and increased in situ microbial mineralisation of …

Large uncertainties exist regarding the influence of ongoing climate change to microbially
mediated methane cycling in arctic lakes. Specifically, the coupled response of …

Excessive anthropogenic emissions of greenhouse gas have led to global climate change in
recently years. Methane is an important greenhouse gas after carbon dioxide. Methane …

Improved mechanistic understanding of soil methane (CH4) exchange responses to shifts in
soil moisture and temperature in forest ecosystems is pivotal to reducing uncertainty in …

It is global practice to construct wetlands in urban environments to treat pollutants from
stormwater and overland runoff. However, constructed wetlands can also trigger climatic …

The role of the microbial processes governing methane emissions from tundra ecosystems
is receiving increasing attention. Recently, cooperation between methanotrophic bacteria …

Peatlands are one of the major sources of the powerful greenhouse gas methane (CH 4).
Our aim was to detect responses of methanogenic archaeal and methane-oxidizing bacterial …

Subglacial environments provide conditions suitable for the microbial production of
methane, an important greenhouse gas, which can be released from beneath the ice as a …

The foreland soils of a receding glacier were investigated for both aerobic and anaerobic
microbial activities. Estimation of microbial biomass via substrate induced respiration, and …

The retreat of glaciers in response to climate change has major impacts on the hydrology
and ecosystems of glacier forefield catchments. Microbes are key players in ecosystem …