Although biochar is considered as a potential soil amendment, the effect of its rates and
particle sizes on soil properties such as soil thermal properties, especially in a light-textured …

Electrical conductivity can be used as a surrogate to study the spatial and temporal
variabilities of a number of soil properties, eg, porosity, salinity, clay content and soil …

As a special soil widely existing in world, loess engineering properties are often disturbed by
water and salt. Hence, the influence of water content and salt content on the conductivity …

Among the geophysical tools used in soil science, electrical methods are considered as
potentially useful to characterize soil compaction intensity. A laboratory investigation was …

The pore structure and strength of loess itself will change significantly in the process of
mixing organic matter, which, as the main component of solid waste at present, is of great …

Electrical resistivity tomography, ERT, is a geophysical method that is used to image
subsurface geomaterials for various geological, environmental and geotechnical …

Saline loess is an important cause of environmental geo-issues in northwest China. In this
research, electrical resistivity of loess with different moisture contents and NaCl …

The aim of this study is to investigate the evolution of electrical resistivity of different kaolinite-
dominant clay liners, in terms of its soil composition, as its moisture content and dry density …

Soil water content (SWC,% vol) is a key factor affecting plant growth and development. SWC
measurement is vital to rational use of water resources for irrigation, and the accuracy of …

The electrical characteristics of soil-water mixtures reflect the soil type, ionic concentration,
surface conduction, fluid saturation, porosity, and pore connectivity of the mixtures. Archie's …