Sentence examples for mobile phosphorus from inspiring English sources
Resuspended sediments at the inlet end of the lake exert a higher oxygen demand than those from the outlet, and represent a larger pool of potentially mobile phosphorus compared to sediments at the outlet end of the lake.
In an attempt to understand their structure and dynamic properties, we report 31P (I=1/2) spectroscopic and self-diffusion coefficient (D) measurements of mobile phosphorus species for these materials at room temperature, using pulsed field-gradient Hahn spin-echo techniques.
If the transport number of tantalum ions for the film formation is assumed to be constant regardless of the oxidation current density chosen, then conclusions are drawn that the incorporated phosphorus is mobile, and that the migration rate of it is high for a high oxidation current density.
Arbuscular mycorrhizal Fungi (AMF) play important role in acquisition of mineral nutrients, especially the slowly mobile ions such as phosphorus (Gazey et al. 2004).
Common bean has also the potential to establish symbiosis with arbuscular mycorrhizal fungi (AMF) that improves the uptake of low mobile nutrients such as phosphorus, from the soil.
Common bean has also the potential to establish symbiosis with arbuscular mycorrhizal fungi (AMF) that improves the uptake of low mobile nutrients such as phosphorus, from the soil [ 2, 3].
Gypsum not only can make phosphorus particles "less mobile," but increase the amount of water available to crops and reduce runoff.
Phosphorus is much less mobile than nitrogen, as it lacks a measurable gaseous phase and does not leach readily through soils.
Phosphorus is one of the least mobile nutrients in the soil because it is readily bound by soil particles.
Phosphorus in groundwater is not very mobile in soils, it is considered to be retained in the soil zone.
This may be aided by the simultaneous transport of phosphorus from agricultural lands, although phosphorus is by no means as mobile as nitrogen when it comes to runoff waters.
