Erosion degrades soils, reduces crop yields, and diminishes ecosystem services. The total
amount of soil that has been eroded since the initiation of farming is unknown in most …

Soil is the source of the vast majority of food consumed on Earth, and soils constitute the
largest terrestrial carbon pool. Soil erosion associated with agriculture reduces crop …

Erosion degrades soils and undermines agricultural productivity. For agriculture to be
sustainable, soil erosion rates must be low enough to maintain fertile soil. Hence …

Sustainable cropland management requires preservation of soil organic matter (SOM). In
spite of in depth understanding gained from ample field and laboratory studies, we have a …

The variation of soil organic carbon (SOC) spatial distribution is dependent on the relative
contributions of different environmental factors, and the dominant factors change according …

Soil nitrogen is very important for crop growth and development. However, the factors
affecting the three-dimensional spatial distribution of soil total nitrogen (TN), particularly in …

Precision agriculture involves extensive agricultural landscapes with varying terrains and
crop types. An energy-efficient routing protocol ensures that data is efficiently transmitted …

Soils and landscapes can show complex, non-linear evolution, especially under changing
climate or land use. Soil-landscape evolution models (SLEMs) are increasingly equipped to …

Soil erosion undermines agricultural productivity, limiting the lifespan of civilizations. For
agriculture to be sustainable, soil erosion rates must be low enough to maintain fertile soil …

This dataset contains model predictions of soil erosion and soil organic carbon (SOC)
redistribution caused by agricultural practices such as tillage erosion. Soil erosion …