Understanding soil properties under different land use types along toposequences is vital in
determining the types of soil management practices that could be implemented by …

Soil microorganisms are the main driving force in ecological and biogeochemical processes,
such as carbon mineralization, humus formation, and nutrient cycles. Soil erosion may …

For sustainable land management, clear information that accounts for changes in land-use
types and landscapes is essential. The purpose of this study was to examine how land-use …

Understanding topography effects and assessing the soil properties in different land use is
an essential first step for sustainable soil management. Hence, land use type and altitudinal …

Hillslope hydrology in agricultural landscapes is complex due to a variety of
hydropedological processes and field management possibilities. The aim was to test if there …

Background Understanding the effects of landscape positions on soil physicochemical
properties is crucial for improving the soil productivity and to ensure the environmental …

The present study was conducted at Dawja Watershed in Enebse Sar Midir District to
investigate the effect of slope gradient on selected soil physicochemical properties and to …

Understanding the variability of soil quality indicators across topographic positions and
agroecosystems (AES) is critical for improving soil fertility, productivity, and environmental …

Rice cultivation widely distributed in Southeast Asia on gently sloping coastal plains with
different toposequences and elevation. These toposequences, slope differences primarily …

The soil samples from the Yerala river basin situated in a semi-arid region have been
analyzed for the various physico-chemical properties. The LULC map of the region was …