Sentence examples for manure particles from inspiring English sources

Because manure particles are known to affect transport and retention of microbial pathogens in soil, more information needs to be collected about the concurrent release of pathogens and manure particles during rainfall events.

Relatively little if anything is known about the amounts and sizes of manure particles released during rainfall, that subsequently may serve as carriers, abode, and nutritional source for microorganisms.

The objective of this work was to obtain and present the first experimental data on sizes of bovine manure particles released to runoff during simulated rainfall and leached through soil during subsequent infiltration.

It has been observed that manure particles disintegrate and hydrolyze during storage [ 8], thereby improving its quality as AD feed.

For example, leaching may be stronger in the field where rain can wash soluble and manure particle bound substances in deeper soil horizons.

In this study, we used filtered dairy manure for experiments, which may result in slightly different inactivation kinetics compared to unfiltered manure because of fiber and large solid manure particle presence.

Zinc is primarily added to the soil through the weathering of rocks, but humans have added zinc through fossil fuel combustion, mine waste, phosphate fertilizers, limestone, manure, sewage sludge, and particles from galvanized surfaces.

These microorganisms are released along with particles of dissolved manure during rainfall events.

Ammonia is a gas emitted from fertilisers and manure which condenses to form particles which can be blown long distances by the wind.

Fibers and large solid particles in the manure were removed using a sieve with an 850 μm opening (USA standard testing sieve, No 20, Fisher Scientific Company).

Another possible explanation is that estrogens from manure application bound to soil particles were released due to the water-saturation of the soil, which is usually combined with anaerobic conditions.