The environmental importance of soil organic matter (SOM) in the ecosystems and in the C
biogeochemical cycle is well established. Indeed, it represents the main terrestrial carbon …

Soil dissolved organic matter (DOM) is mainly derived from the microbial degradation of
organic matter. Intense freeze–thaw cycles (FTCs) elicited by warming alter the production …

Soil Organic Matter (SOM) is an important component in the global carbon cycle, including
more than three times as much carbon as both the atmosphere and the terrestrial vegetation …

Soil organic matter (SOM) is related to vegetation, soil bacteria, and soil properties;
however, not many studies link all these parameters simultaneously, particularly in tundra …

The steel slag/compost fertilizer containing soluble form of iron has been evaluated for
restoring barren coastal ground. While humic substances in the compost have been …

Soil acidification can alter the biogeochemistry of ecosystems and adversely affect biota;
however, there are still many debates about the toxicity of aluminum (Al) fractions and Al …

We examined chemical changes from leaf tissue to soil organic matter (SOM) to determine
the persistence of plant chemistry into soil aggregate fractions. We characterized a slow …

Between 30 and 63% of the soil organic matter (SOM) is stored below 30 cm, making subsoil-
SOM an important source and sink in the global carbon cycle. Nevertheless, detailed …

A substantial part of forests worldwide is located on acidic soils. Acidification processes are
typically characterized by non-linear responses of soils to external drivers. Acid buffer …

Soil dissolved organic matter (DOM) plays a vital role in biogeochemical processes. Global
warming leads to increased freeze–thaw cycles (FTCs) in boreal forest soils, which can …