Sentence examples for exploitation of nutrients from inspiring English sources

This remarkable feature likely reflects a high degree of adaptability and the presence of specific genetic programs devoted to the exploitation of nutrients present in these diverse habitats.

Parasitic life also involves exploitation of nutrients from host organisms.

To meet the increasing global demand for wheat, this crop's exploitation of nutrients must be made more efficient and its requirement for nutritional fertilisers reduced.

Therefore, the exploitation of nutrient rich FDMW for cultivating algal biomass is an important option for enhancing the sustainability of dairy industries as well as controlling the adverse impacts of FDMW to the environment and to public health (Cantrell et al. 2008; Wilkie and Mulbry 2002).

Therefore, the exploitation of nutrient rich DMW for algal biomass production and phyco-remediation is an option for enhancing the sustainability of dairy industries as well as controlling the adverse impacts of DMW to the environment and to public health (Cantrell et al. 2008).

This allows further exploitation of nutrient resources that would otherwise be restricted for individual cells.

Similarly, deep rooting has been hypothesized as a trait that could allow for exploitation of soil nutrients at deeper soil layers thus improving mineral uptake and potentially increase yields (Obara et al. [2010]).

An efficient conjoined action brings many survival advantages of which only few may be mentioned here: faster locomotion (crawling, walking), specialized cells allowing for increased survival probability (e.g. immune system, vision, bones), exploitation of new sources of nutrients (animals, plants), and penetration into new habitats (land, air) initially still free from competitors.

This would lead to over exploitation of the land through nutrient mining and nutrient depletion (Hartemink 2006).

As discussed above, angiogenesis is thought to reflect an exploitation which enhances the availability of nutrients to the cancer cell.

For nutrient efficiency, full exploitation of biomass potential and anaerobic digestion increase nutrient efficiency, but the main determinant is efficient substitution for mineral fertilisers.