Disentangling the changes of newly input and original organic carbon (OC) and nitrogen (N)
after agricultural land-use transition is crucial for understanding the mechanisms behind soil …

Soil organic carbon (OC) and nitrogen (N) dynamics following afforestation are crucial for
evaluating the balance of OC and N and their feedback to ecosystem functionality. However …

Agricultural land-use change is a global issue with significant implications for global
warming and ecosystem functionality. Uncertainty regarding carbon (C) and nitrogen (N) …

The revegetation of abandoned farmland significantly influences soil organic C (SOC) and
total N (TN). However, the dynamics of both soil OC and N storage following the …

The afforestation of abandoned farmland significantly influences soil organic carbon (OC).
However, the dynamics between OC inputs after afforestation and the original OC are not …

Abstract Knowledge of soil carbon (C) dynamics following vegetation restoration is essential
for evaluating carbon budgets and cycles at regional and global scales. In this study, we …

Abstract Changes in land use caused by natural vegetation succession can enhance the soil
organic carbon (SOC) and carbon (C) stock of terrestrial ecosystems, as reported in many …

Natural revegetation has been reported to play a very active role in ecosystem carbon (C)
and nitrogen (N) sinks in degenerated ecosystems. However, the responses of C and N …

Whether the dryland to cropland conversation in arid regions could lead to a decrease in soil
carbon (C) and land degradation remains unclear. In this study, we investigated the vertical …

Afforestation on abandoned cropland has great potential to increase soil organic carbon
(OC) and nitrogen (N). Identifying the effect of afforestation on mineralization of OC and N as …