The global magnitude (Pg) of soil organic carbon (SOC) is 677 to 0.3‐m, 993 to 0.5‐m, and
1,505 to 1‐m depth. Thus,~ 55% of SOC to 1‐m lies below 0.3‐m depth. Soils of …

The carbon budget of the tropics has been perturbed as a result of human influences. Here,
we attempt to construct a 'bottom‐up'analysis of the biological components of the budget as …

Despite a large body of studies investigating soil organic carbon (SOC) stocks and potential
influencing factors, the impact of contrasting parent material, particularly in the subsoil, has …

Soil properties, such as clay content, are hypothesized to control decomposition of soil
organic carbon (SOC). However, these hypotheses of soil property-C decomposition …

Over the last 200 years, conversion of non‐cultivated land for agriculture has substantially
reduced global soil organic carbon (SOC) stocks in upper soil layers. Nevertheless …

Estimation of carbon and nitrogen stocks is important for quantifying carbon and nitrogen
sequestration as well as greenhouse gas emissions and inventorying national carbon and …

Despite studies focusing on soil substrates (carbon and nitrogen) and heavy metal
availability, the impact of diversified parent materials in arid alkaline regions has received …

A soil fertility index map (SFIm) can provide key information to decision-makers in regard to
spatial planning in the context of sustainable land management. The establishment of such …

Understanding the association between soil organic carbon (SOC) and texture under
different climatic conditions is important for assessing the effects of future climate changes …

Soil organic carbon (SOC) significantly influences soil fertility, soil water holding capacity,
and plant productivity. In this study, we applied two boosted regression tree (BRT) models to …