Sentence examples for bacterial fertilizer from inspiring English sources

An indigenous Cellulosimicrobium cellulans GS6 isolate able to solubilize insoluble phosphate complexes in soil is a potential bacterial fertilizer.

Lastly, as our results underscored the crucial roles that the type of capsules plays in the rate and amount of cell release, controlled release of the bacterial fertilizer (C. cellulans GS6 cells) may be achieved via the design of capsule materials.

Nitrogen-fixing Paenibacillus species have great potential for use as a bacterial fertilizer in agriculture, but genomic information of these bacteria is lacking.

Okra yield, macro and micronutrients uptake by okra pod, available nutrient status in post-harvest soil were observed to increase significantly when chemical N and P were supplemented by organic manures and/or bacterial fertilizers along with application of GA.

Highest okra yield and best economic return could be achieved when PSB and FYM were used to supplement 75% of N, P + total K. Okra yield models, developed through artificial neural network (ANN), clearly indicated the manifest role of soil and okra pod N, P, Zn, Fe and Mn in increasing productivity under interventions of bacterial fertilizers (PSB and VAM).

Fertilizer: Fertilize "weakly, weekly".

Papatheodorou et al. (2006) summarized three possible sources of SO4 2− in groundwater and surface waters as atmospheric deposition, sulfate-bearing fertilizers and bacterial oxidation of sulfur compounds.

Clearly, BE2 and BE3 (both bacterial) applied with organic fertilizers were the best combinations and in particular when these BEs were combined with composted animal manures (for BE2 and BE3) or with the Danish sewage sludge (for BE2).

PC2 accounted for 21.9% of the total variance, showing strong positive loading on (text{SO}_{4}^{2 - }) and this may be due to anthropogenic/organic wastes, atmospheric deposition, agricultural wastes, fertilizers and bacterial oxidation from dumpsite (Sidle et al. 2000) or atmospheric deposition (Wayland et al. 2003).

As organic fertilizers stimulate bacterial growth, their use greatly increases the oxygen demand.

Thus, inorganic N fertilizer input altered bacterial β-diversity.