Sentence examples for profile of soil from inspiring English sources

Luis Carlos δ13C isotopic profile of soil organic matter is plotted as an age-depth model based on three AMS dates.

Penetration resistance (PR) has been regarded as a common measure for characterizing the density profile of soil and biological materials in agricultural engineering.

Analysis of the vertical profile of soil revealed an increase of mutagenicity per gram from the surface to a maximum at 5 15 cm depth and a subsequent decrease with very little activity remaining deeper than 35 cm.

Measurements of above-ground biomass and yield of wheat, and the profile of soil salinity (0 80 cm) were made at 40 locations across an 88 ha paddock (35.78°S, 142.98°E) in the Victorian southern Mallee.

This technique can effectively capture the distribution profile of soil moisture along the depth direction, which provides a new approach to investigate the physical and hydrological properties of soils.

Differences in the depth profile of soil water before and after storm events were observed and used to examine how rainwater mixes with soil water and to identify the source contribution of different fractions of soil water in subsurface flow generation.

This study examined the contribution of the heavy metal-transporting ATPase, AtHMA4, to the shoot ionomic profile of soil-grown plants, and investigated the importance of the C-terminal domain in the functioning of this transporter.

In general, the higher total water storage in soil profile of clayey soil, compared to sandy soil, did not benefit the safflower crop.

Isotopic profiles of soil test pits are used to assess localised vegetation histories against a predictive model of natural forest distribution and a robust archaeological dataset7,8,9,10.

Forty-two samplesmples, collected from eight headwater riparian wetlands in the Ridge and Valley Region of central Pennsylvania, were used for phospholipid fatty acid (PLFA) profiling of soil microbial communities.

We applied a one-dimensional advection dispersion model using δ18O values of precipitation (ranging from −24.7 to −2.9‰) as input data to simulate the δ18O profiles of soil water.