Green engineering is also a bioethical tenet wherein environmentally conscious attitudes, values, and principles, combined with science, technology, and engineering practice, all directed toward improving local and global environmental quality.
This deficiency is in large part due to the complex nature of PBC, wherein various environmental factors may be capable of prompting disease, but only in the context of underlying genetic susceptibility.
Design for the Environment (DfE), a term introduced in the 1990s, refers to a shift in product development and planning methods/processes wherein both environmental and economic factors guide the direction of design decisions (Kim, 2010; Ramani et al., 2010; Yang et al. 2011).
The isolates used in this investigation were obtained from a previous study [ 16] wherein monthly environmental and rectal faecal samples were collected from 133 heifers and the four adjacent holding pens that they occupied in a freshly populated feedlot over a five-month period (November to March).
Consider, for instance, what Michael Glantz labels "creeping environmental problems," wherein serious environmental damage occurs via a series of individually negligible omissions or contributions.
In her fascinating first-hand introduction to the book, Hawk posits Aarons as a pioneer of the "environmental portrait", wherein the setting is as important in its telling details as the subject.
MSC provides a telling example of 'informational governance', that is, a mode of environmental governance wherein information plays a centripetal but often also contested role.
LCA results in canola edible oil production show that farm stage has a key role in environmental impacts wherein the use of chemical fertilizers and diesel fuel make major contributions.
This discrepancy in J. roemerianus was most likely attributed to the prevailing environmental salinities, wherein higher salinities appeared to promote greater tissue rigidity.
The key underlying assumptions used in FBA are: (i) cellular metabolism operates at a steady state for a given environmental condition, wherein the concentrations of all internal metabolites and rates of all reactions are constant; (ii) the organism can adjust its metabolic fluxes -- rates at which individual reactions convert substrates into products -- to maximize its biomass growth flux.
