The emissions of nitrous oxide (N 2 O) and leaching of nitrate (NO 3) from agricultural
cropping systems have considerable negative impacts on climate and the environment …

Across landscape and field scales, nitrogen (N) transformation rates are enhanced in hot
spots (HS) and transient hot moments (HM), leading to losses of environmentally reactive N …

Reduction in snow cover is a prominent aspect of global change. Freeze–thaw cycles
(FTCs) of different amplitudes and durations in soil due to insufficient thermal insulation may …

Climate change alters frequencies and intensities of soil drying-rewetting and freezing-
thawing cycles. These fluctuations affect soil water availability, a crucial driver of soil …

Biochar has been used for immobilizing heavy metals in soils due to its abundant surface
functional groups and mineral components. However, as carbonaceous material, biochar in …

Nitrous oxide (N2O) is an important greenhouse gas (GHG) that also contributes to depletion
of ozone in the stratosphere. Agricultural soils account for about 60% of anthropogenic N2O …

The ongoing climate change is predicted to induce more weather extremes such as frequent
drought and high‐intensity precipitation events, causing more severe drying‐rewetting …

Grazing exclusion of grasslands has traditionally been considered to reduce nitrogen inputs
and decrease nitrous oxide (N 2 O) emissions. However, recent studies have shown that …

The soil microbial community plays essential roles in bioavailable nitrogen (N) cycling, and
microbial dynamics during the plant dormant season could affect N cycling in the …

This study aims to better understand the aging characteristics of microplastics in the
environment and the influence of aging microplastics on the migration and transformation of …