Temperate forest soils are net sources of carbon dioxide (CO2) and net sinks for methane
(CH4), the two greenhouse gases most responsible for contemporary global climate change …

Forest soils and canopies are major components of ecosystem CO 2 and CH 4 fluxes. In
contrast, less is known about coarse woody debris and living tree stems, both of which …

BACKGROUND Tree stems and the soils that support trees can act as sources of the
greenhouse gas carbon dioxide (CO2), and the efflux of CO2 from stem and soil surfaces …

Carbon dioxide and methane are important greenhouse gases whose exchange rates
between soils and the atmosphere are controlled strongly by soil temperature and moisture …

Scots pine bog edge woodland is a type of habitat typical on raised bogs where trees
cohabitate with bog vegetation to form a low-density stand. Even though nowadays this …

Forest soils are an important component of CO 2 and CH 4 fluxes at the global scale, but the
magnitude of these fluxes varies greatly in space and time within a landscape …

Although wood makes up the majority of forest biomass, the importance of wood
contributions to stable soil carbon (C) pools is uncertain. Complex interactions among …

Consumption of atmospheric methane (CH4) and fluxes of carbon dioxide (CO2) were
higher for soil in (i) mixed hardwood forest on historically unplowed land than in (ii) 80-year …

Abstract At Alptal, Switzerland, nitrogen (N) has been applied as NH 4 NO 3 since 1995 in
low doses during rain events to realistically mimic increased N deposition to a mature …

Upland forest soils are typically major atmospheric carbon dioxide (CO2) sources and
methane (CH4) sinks, but the contributions of root and microbial processes, as well as their …