Sentence examples for capacity in soil from inspiring English sources

Application of bagasse and press mud in combination with rice straw enhanced the P availability and reduced the P fixation capacity in soil (Dotaniya and Datta 2014).

However, most existing studies on anchor capacity are for plate anchors which focused only on the anchor pullout capacity in soil with uniform shear strength.

This low natural SMZ mineralization capacity in soil Scheyern1 was increased considerably by inoculation with the SMZ-degrading MCCP in two different states of activity (MCCP-LA and MCCP-HA).

The reported toxicity of AgNPs include developmental deformities in zebrafish, Danio rerio, (Bar-Ilan, Albrecht, Fako, & Furgeson, 2009) and reduced growth rate and reproductive capacity in soil nematode Caenorhabditis elegans (Roh et al., 2009).

Due to its atrazine degradation capacity in soil and its agronomical properties, L. multiflorum is a candidate for designing phytoremediation strategies for atrazine contaminated agricultural soils, especially those involving run-off avoiding.

Results suggested that the colloidal/nanoparticulate carriers likely consisted of a mixture of Fe/Al oxides and organic matter, and highlighted a higher colloidal/nanoparticulate P release capacity in soil B with higher soil organic matter content and porosity.

However, such increase in storage capacity in soils would have a negligible effect in reducing the monthly flow volumes in the following spring.

Some areas have only seen minor improvements due to long-term loss of acid neutralizing capacity in soils of acid sensitive landscapes, brought about by decades of acid deposition.

However, specific data on the relationships among Streptomyces resource use, antibiotic inhibition, and antibiotic resistance from natural settings are needed to understand the potential for fitness tradeoffs to constrain the accumulation of antibiotic inhibition or resistance capacities in soil microbes.

Organic amendment could increase the soil P supplying capacity in acidic soils through increasing P mobility in the soil by chelating the soil Al and Fe, thereby enhancing P acquisition by stimulation of root growth achieved by organic amendment (Kretzschmar et al. 1991).

The model proposed by van der Zee and van Riemsdijk (1988) seems to be adequate to estimate the maximum P-adsorption capacity also in soil with sandy texture to the southern hemisphere; however, this confirmation needs further studies.