Sentence examples for more available soil from inspiring English sources

There was significantly greater clover content in the sward when grown with >150 cm distance to maize (30%) compared to the 0 25 cm distance (10%) indicating more available soil mineral N in the interface between the strips related to a strong ability of the grass to compete for soil mineral N. Maize yields were clearly associated with N fertilizer application.

With increasing concentrations of soil nitrate, plants may take up more nitrate but microbes will also process more nitrate; available soil nitrate and rates of nitrification have both been found to be tightly related to denitrification [13], [35], [39].

This is beneficial in alkaline soils to reduce pH, supplying of SO4 to plants, make P more available, and reclaim soils.

Since (i) upper layers of soil dry out before lower layers as drought progresses and (ii) root elongation is highly inhibited by drought (Bengough et al. 2010), deeper nodal roots of Napier grass at the onset of the experiment (Fig.  6A) could have facilitated their elongation in the vicinity of more available water with increasing soil depth in drying soil.

Ca and Na in the form of oxides or hydroxides or carbonates in composts when applied to soil may counteract soil acidification, making soil nutrients more available to plants.

The soil in the lower part of the terraces showed as much as 57% more organic carbon content and 31% more available phosphorous than the soil in the upper part.

G. subaequalis has the capacity to enrich available N in its tissues (roots and leaves) and use it to produce acid phosphatase to efficiently exploit the more limited levels of available soil P – possibly at the expense of other trees which cannot compete for P in its presence (Huang et al. 2013).

The captured metagenomes were highly enriched with genes related to organic matter degradation; at least five times more than similar, publicly available soil WMG projects.

Fe+3 may be more available in tropical acid soils where CIAT 899 and PRF 81 evolved than in neutral soils, thus explaining the presence of these transporters.

A larger root system alone without considering distribution may not contribute much to pod yield but a higher RLD at deeper layers may allow plants to mine more available water in the sub-soil.

Research also suggests that the fungus weathers soil minerals, making them more available to mycorrhizal plants.