It is widely recognized that forest soils are important terrestrial sinks for atmospheric CH 4;
however, the complexity of the underlying microbial production and oxidation processes …

This study aimed to determine the productivity and energy values of 10 poplar cultivars for
use as potential fuel sources in Poland. The study was conducted over a seven-year cycle in …

Short-rotation forestry is of interest to provide biomass for bioenergy and act as a carbon
sink to mitigate global warming. The Poplar tree (Populus× xiaohei) is a fast-growing and …

Short-rotation plantations for biomass production are wood systems in which fast growing
tree species are grown under intensive agricultural practices to achieve high biomass yields …

Plantations have many advantages when compared to natural or semi-natural forests, such
as shortening production cycles, the production of wood with specific characteristics, and …

Thinning is one of the intensive forest management techniques commonly applied to
increase the merchantable timber volume. However, how thinning affects soil–atmospheric …

Land-use practices can alter shallow groundwater and salinity, further impacting
greenhouse gas (GHG) emissions, particularly in the hydrologically dynamic riparian zones …

Ecosystems and agroecosystems strongly influences the global warming by nitrogen oxide
(N 2 O) emission. In a recent climate change scenario, nitrogen and carbon sequestration is …

Abstract Short Rotation Forestry (SRF) is of interest as producers of biomass for bio-energy,
but also as carbon (C) sinks to mitigate CO 2 emission. To investigate biomass production …

The study of greenhouse gas emissions has become a global focus, but few studies have
considered saline-alkali paddy fields. Gas samples and saline-alkali soil samples were …