Sentence examples for potentials for bioenergy from inspiring English sources

Finally, when discussing expansion potentials for bioenergy, ecologically sustainable biomass potentials available for energetic uses are relevant [46, 47].

BioSTAR is a new crop model which was originally developed for the prediction of site-specific biomass potentials for bioenergy crops, mainly maize and cereals for silage.

We calculated gross potentials for bioenergy supply by assuming that the entire aboveground NPP of bioenergy crops can be used to produce bioenergy, assuming a gross calorific value of dry-matter biomass of 18.5 MJ kg−1 [67].

When interpreting the calculated bioenergy potentials it is essential to keep in mind that these are gross potentials for bioenergy supply; that is, the gross calorific value (GCV) of the entire aboveground plant material assumed to be available for as feedstock for bioenergy production (section 2.5).

And there are concerns among some scientists that the potential for bioenergy to reduce greenhouse gas emissions has been overestimated.

This month, an influential committee of 19 scientists and academics described yet another concern: that the authorities, including the European Union, had gotten their math wrong and were overestimating the potential for bioenergy to reduce greenhouse gas emissions.

In particular, they address the potential for bioenergy systems to restore wildlife habitat within agricultural landscapes.

Miscanthus is an emerging crop with high potential for bioenergy production.

The results provide some insight into the potential for bioenergy production from the digestion of microalgae and, more generally, the coupled process.

The need for forest biomass equations has increased sharply over the past decades in response to efforts directed at quantifying stock and stock-changes in forest carbon and the potential for bioenergy extraction [21, 42, 54].

In addition to their great potential for bioenergy production, some species of microalgae are already used in aquaculture, the production of food supplements, and the pharmaceutical industry to extract high-value compounds (Gatenby et al. 2003), as well as in bioremediation and biofertilization.