Sentence examples for utilization of soil from inspiring English sources

It provides a reference for accurate forecasting and the efficient utilization of soil water and heat resources in cold and arid regions.

Thus it revealed that multi-chemicals stimulated the release of the endogenous hormones mentioned above in crops ensuring effective utilization of soil water and inhibited the rate of transpiration to reduce soil water loss.

It is well-known that maintaining soil faunal biodiversity is important for a variety of ecosystem services; our results show that these ecosystem services may include improving the utilization of soil P in a world with rapidly declining P stocks.

Finally, we summarize the major obstacles hampering the utilization of soil engineer activity for the restoration of ecosystems, consider new research topics that need further development and highlight the need to consider the interactions between the functions and services influenced by soil engineers.

Thus nitrification, denitrification, and utilization of soil N by plants are processes that must be con­ sidered if one is to conserve N captured by N2 fixation.

Conscious utilization of soil ecosystem services can only be achieved on the basis of a proper accounting.

Soil mechanics, the study of the physical properties and utilization of soils, especially used in planning foundations for structures and subgrades for highways.

Due to rapid industrialization and urbanization there is an increasing demand for the utilization of soils as a conducting and insulating material.

A coherent view of soils requires an expansion of the conventional thinking about the role of soils and consideration of soils in a multidimensional perspective in the context of sustainable development including the utilization of soil-based ecosystem services.

The diversity, activity, and carbon utilization pattern of soil microorganism community and soil physicochemical properties were all impacted by the introduced species.

The carbon source utilization pattern of soil microorganism community in a 23-year-old L. kaempferi forest differed significantly from a 17-year-old L. kaempferi forest and the P. armandii forest.