ABSTRACT
To make a general abstraction and integrate sciences involved with the biotic and abiotic phenomena in terms of their evolutionary relations, measurements of distributions, variability of properties and taxonomic diversities are required. This abstraction may enable an understanding of the way in which nature acts and how each phenomenon, in combination with the others, reacts. This also would highlight the direction of environmental co-evolutionary pathways in which these variabilities and diversities occur. From a systemic point of view, the diversity of these processes also increases when descending in more detailed relationships and induction levels (Phillips 2001a,b).
