Sentence examples for needs of carbon from inspiring English sources

A diet that could reconcile the competing needs of carbon reduction, social equity, biodiversity and personal nutrition would probably consist of field-grown vegetables that have been harvested locally by well-paid labour: the diet of the £5 turnip.

Thus, we hypothesize that isoprene emission is regulated in the short term by variations of the DMADP pool size, linked to the excess or deficit of electrons (and so also reducing power) relative to the needs of carbon assimilation.

A simple model was used to test the hypothesis that reducing power available to the synthesis pathway for isoprene varies according to the extent to which the needs of carbon assimilation are satisfied.

They found that graphene sheets with low oxidation are qualified to impart excellent electrical conductivity to the macroscopic ensemble of the composite materials (without the need of carbon black additives).

There has been an increasing interest in the application of membranes to flue gas separation, primarily driven by the need of carbon capture for significantly reducing greenhouse gas emissions.

Tells how encapsulation resulted in a new version of copying paper that eliminated the need of carbons, & how it is used in electronic calculators.

Certainly we need better measures of carbon emissions, but they need to be thought through in terms of the true depths of the problem and the complex feedbacks that determine collective, not individual, change.

The energy, mining and agriculture sectors – usually located outside of city boundaries – all have significant carbon linkage multipliers associated with city demand, indicating the need of pursuing carbon mitigation measures in these sectors.

5 Carbon taxes should be used to restructure the EU's emissions trading scheme and ensure a higher and more stable price for carbon, which would drive change across the economy.The scheme needs a system of carbon tax-based floors and ceilings to make it function more effectively.

While responding to the application needs, chemical modification of carbon nanotubes has quickly emerged as a new research frontier, which is fascinating from not only applied but also fundamental standpoint by permitting studies of chemical reactivity in relation to the nanoscale size and shape of confined structures.

For this purpose, there is an ultimate need of understanding carbon and H2 metabolic pathways in thermophilic bacteria which are still not absolutely understood.