The question of the capacity of environmental assessment to address this issue is thus raised.
Pathway identification is an invaluable aid to address this issue and, thus, is urgently needed.
Many publications addressing the issue thus far, propose changes of consumer behaviour as the solution to fighting food waste.
In any case, it is unlikely that a prospective, randomized study will be designed to address these issues; thus, we believe retrospective, matched studies or prospective observational trials may be a more practical solution, as previously described [ 15].
While modern technologies offer considerable potential to address this issue, they have thus far been inadequate for providing the necessary foundation to nurture and enhance the artistic expression skills of students.
To address this issue, we have thus developed a program, cif_tcod_tree, to restore the full directory tree used for the execution of the simulation in AiiDA, stored in the TCOD CIF file as described in "Provenance model and directed acyclic graphs" section.
Pull-down assays are not suitable for addressing these issues; thus, we applied a protocol that combines the protein-protein interaction principles of Far-western blot technology with immunodetection by fluorescence microscopy [ 16].
Thus, to address this issue, a new solution is needed, as elaborated in the next section.
Current femtocell deployments address this issue by operating in closed mode, thus limiting the number of users that can have access to the femtocell.
Thus, to address this issue, much effort has been devoted to the development of fibre- or wire-shaped supercapacitors that are flexible, lightweight and easily shaped in portable electronic devices [6 8].
