Sentence examples for transformation of nutrients from inspiring English sources

In the case of human burials, the process of decomposition and decay can be viewed as one step in a recurring cycle of transformation of nutrients into food.

In addition, the PPS have additional advantages such as filtering the pollutants for downstream water collection systems and accommodating transformation of nutrients and water to the surrounding vegetation.

The duration of supplementary lighting directly affects the photoperiod of the plant, which determines the duration of plant photosynthesis, thereby affecting carbohydrate metabolism and the absorption and transformation of nutrients (Jin et al.2014).2014

M. smithii recycles hydrogen in methane, allowing for an increase in the transformation of nutrients into calories [3].

They are directly involved in the transformation of nutrients, photosynthesis, nitrogen fixation, methanogenesis, phosphate solubility, sulfate reduction and production of other substances, including antibiotics and enzymes and are reservoirs of products of biotechnological interest as, for example, bacteria that produce bioemulsifiers [7].

The stream network and wetland patches dispersed among the fields and wetland zones close to lake shores play a crucial role in transport and transformation of nutrient compounds before they eventually reach the lake ecosystems.

Moreover, the metal resistant endophytes are reported to promote plant growth by various mechanisms such as nitrogen fixation, solubilization of minerals, production of phytohormones, siderophores, utilization of 1-aminocyclopropane-1-carboxylic acid as a sole N source and transformation of nutrient elements.

Horizontal and vertical transport processes establish the basis for biogeochemical transformations of nutrients in shallow surface waters and the upper sediment layers.

Simulation results reveal that the proposed approach can satisfactorily describe the transformation of organics, nutrients and minerals, the production of methane, carbon dioxide and sulfide and the potential formation of precipitates within the bulk (average deviation between computer simulations and measurements for both #D1, #D2 is around 10%).

The Constructed Wetlands Algorithm for Nutrient Transformations (CWANT) computer program was designed to mathematically simulate the fate, transformation, and transport of nutrients as they move through ammonium-rich treated secondary wastewater in constructed surface-flow wetland systems.

This highlights the importance of a sound understanding of not only the sources, but also transport and transformation, or fate, of nutrients leached from farms, to mitigate the likely impacts of land use on water quality and ecosystem health in agricultural catchments.