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Yang, Y. et al. Storage, patterns and controls of soil organic carbon in the Tibetan grasslands.
Spatial controls of soil organic carbon (SOC) turnover are not well understood.
The controls of soil moisture variability change according to the average soil moisture within the field.
Soil and topography are widely recognized as important controls of soil moisture variation.
At this time, most of our projects are centered on four controls of soil carbon cycling and storage: soil minerals, nutrient status, climate, and land use.
The scale-location specific correlation provides a complete picture on the controls of soil water storage, which was not possible with traditional correlation analysis.
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Chemical and mineralogical control of soil carbon storage during tropical reforestation.
Control of soil erosion, maintenance of soil organic matter, the adoption of crop rotation, and clean culture are considered important soil-management practices.
Liu, W. et al. Storage, patterns, and control of soil organic carbon and nitrogen in the northeastern margin of the Qinghai Tibetan Plateau.
A landscape ecological design approach is suggested for integrated control of soil erosion.
However, topographic control of soil moisture and residual phosphorus decreased with depth.
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