In this light, this article proposes a methodology to explicitly model and quantify capital and social cost trade-offs in distribution network planning, which can be incorporated into the existing regulatory framework.
Even so, one may be interested in extending our methodology to explicitly consider gestational age and/or other covariates.
Future advances in this field are expected in the area of the exposure duration and/or frequency, with the aim to extend the methodology to explicitly account for less than chronic exposures and to chemicals with the potential to bioaccumulate.
As part of an ethical and respectful approach, Indigenous methodologies need to explicitly include cultural protocols, values and behaviours as integral components of the research [ 20].
In addition, we demonstrate the usefulness of an Action Research methodology that aims to explicitly promote social change though transdisciplinary collaboration between researchers and practitioners.
Our methodology is designed to explicitly handle the challenge of noisy data, and is largely tolerant of the inaccuracies in the mid-line extraction.
The results, based on real UK distribution networks, show that our proposed methodology can be used to explicitly model and regulate cost trade-offs.
In addition, along with the rapid growth in the data volume, new classification methodology is also demanded to explicitly handle the intra-class variations.
The resulting 111,760 phylogenies and 22,352 alignments have been deposited in PhylomeDB [12] (http://www.phylomedb.org; phylome codes SceP60, SceP21, SceP12a and SceP12b) Some methodologies have been previously proposed to explicitly address the issue of concordance between species trees and individual gene trees [13], [14].
The third part of the methodology involves using model assessment to explicitly establish the veracity of the links between the implemented model, the model design specification, and the synthesis.
