The phrase "approach of soil" is not correct and does not convey a clear meaning in written English.
It may be intended to describe a method or technique related to soil, but it lacks clarity and context.
Example: "The approach of soil management in sustainable agriculture is crucial for maintaining soil health."
Alternatives: "method of soil" or "technique for soil".
In this context, two different approaches of soil liquefaction evaluation using a soft computing technique based on the worldwide standard penetration test (SPT) databases have been studied.
The objectives of this study were to assess farmers⿿ perceptions about implementation approaches of soil and water conservation (SWC) practices and to explore the relationship between the different dimensions (factors) of social capital and investments in LM practices.
An integrated biogeochemical sampling approach, consisting of soil geochemistry, plant biogeochemical analyses and investigation of microbial community structure and function, was used to characterize a surficial geochemical signature of the buried Jaguar volcanogenic massive sulfide (VMS) Ag-Cu-Zn deposit in Western Australia's NE goldfields region.
The geo-engineering approach of modified soil flocculation has been widely applied to mitigate algal blooms and eutrophication in relatively small lakes.
Soil carbon stocks under 100-year-old secondary forests, averaging 43.0 ± 7.9 Mg ha−1 (mean ± standard error), were clearly higher than those recorded at younger sites and approached levels of soil carbon stocks under mature forests.
The impact of the catchment approach to soil and water conservation: A study of six catchments in Western, Rift Valley and Central provinces of Kenya.
Many Australian growers use some no-tillage but maintain a high degree of flexibility in their approach to soil disturbance and respond to economic and seasonal drivers.
The conceptual approach included sampling of soil horizons from 27 pits to a depth of 2 m in a 22 ha area.
Focusing on farm-scale strategies, the approach to simulation of soil and crop processes in FARMSIM (the sub-model FIELD) is designed to be simple, but to keep the necessary degree of complexity to capture heterogeneity in resource use efficiencies.
Thus, the traditional approach of using the soil water content at 33 kPa soil water tension as indicator of so-called "field capacity" is no longer considered valid.
