Digital soil mapping has largely expanded across the globe since the early 2000s.
Numerous national, continental and global digital soil mapping products have been …

Digital terrain models (DTM) have been used in soil mapping worldwide. When using such
models, improved predictions are often attained with the input of extra variables provided by …

Flooded savannas are valuable and extensive ecosystems in South America, but not widely
studied. In this study, we quantify the spatial distribution of soil organic carbon (SOC) content …

The progressive degradation of the cryosphere of High-Arctic areas causes an increase in
the dynamics of geomorphic processes that shape the valleys of rapidly retreating glaciers …

The need for soil data has largely increased worldwide given the growing general concern
about the maintenance and recovery of ecosystem resources and services. The …

Improving soil organic carbon (SOC) storage enhances soil quality and mitigates climate
change. Agricultural and livestock specialists increasingly view tropical grasslands as a …

Abstract Information obtained from landform classification is fundamental for understanding
physical, chemical, and biological soil processes. Digital elevation models (DEMs) can be …

Crop canopy reflectance sensors make it possible to estimate crop N demand and apply
appropriate N fertilizer rates at different locations in a field, reducing fertilizer input and …

Conventional soil mapping in montane environments is often a difficult and laborious task,
given access difficulties, the topography of the environment, and the time required to …

The estimation of soil physical and chemical properties at non-sampled areas is valuable
information for land management, sustainability and water yield. This work aimed to model …