This paper has outlined six groups of procedures and methodologies spanning the social, soil, food and nutritional sciences.
Research related to AD, PD, and other neurodegenerative diseases is highly multidisciplinary in nature, and scientists engaging in this type of research will likely employ techniques and methodologies spanning multiple different sub-disciplines of neuroscience and other biomedical sciences, which might explain the high values of betweenness centrality.
We also find that type of infrastructure, research methodology, time span, type of infrastructure measure, and geographical scale affect the outcomes of the primary studies.
To date, virtually all measurements of leaf pollen deposition both direct measurements of pollen deposition on leaves and indirect measurements (other acceptors, technical instruments, proxy parameters)—have been obtained by non-standardised methods that differ in methodology, time span and available background information on the quantity of pollen shedding.
A need is identified to build models of the central nervous system that are semi-complete, applied within multiple contexts to multiple tasks, using methodologies that span multiple levels of abstraction.
Bioinformatics needs standards and methodologies that span its entire breadth from biology to informatics.
Additional studies could extend the paradigm to other clinical groups, with suitably tailored stimuli, and could utilise different forms of the complex span methodology; for instance using images rather than sentences in the operation phase.
We introduce here the results of SFD quality obtained in high dimensional case by the methodology of Minimum Spanning Tree (MST).
The methodology of Minimum Spanning Tree (MST) was proposed to evaluate the quality of the distribution of the points of an experimental design in a multidimensional space.
This paper proposes and tests a design methodology for a large span louvered shell system that mitigates the harmful effects of UV radiation exposure.
