"clarify complexity" is a correct and usable phrase in written English.
It is typically used when discussing a topic or concept that is difficult to understand or contains many layers and nuances. The phrase means to make something that is complex easier to understand or to explain the complexities of a topic. Example: The professor's lectures always help to clarify the complexity of quantum physics, making it more accessible for students to understand.
The huge, close-set eyes of many types of lemurs serve to clarify the complexity of dark, dense close-up foliage, which, if the head is kept still, is almost impossible to sort out without stereoscopic vision — and in a jungle full of illusion and deceit, stereopsis is indispensable in breaking camouflage.
The situation is therefore substantially more complicated than it seems, and I feel that the possibility of explaining the modern dilemma of warning signals depends on the capability to clarify this complexity.
Jessica Neuwirth, director of Donor Direct Action, a New York-based women's rights advocacy group that sponsored the visit by the Syrian Women's Forum for Peace, said the roundtable helped to clarify the complexity of the situation in Syria.
Nevertheless, more information on the role of susceptible wild ruminant species is needed to clarify the complexity of BTV epidemiology in Europe.
According to ecological frameworks, the DemenzMonitor framework relies on two dimensions to clarify the complexity of social realities: environment- and person-focused dimensions.
We believe future investigations involving large scale NGS based transcriptomic as well as full annotation of genomes may clarify this complexity.
In order to clarify the complexity surrounding the bovine SERPINA3 genes, we describe here the isolation, the complete sequence and the genomic organization of the bovine α1-antichymotrypsin (SERPINA3) multigenic cluster.
Since the number of cDNA clones in the present study was insufficient to allow us to prove this hypothesis and since the complete sequence of each clone has not been determined, further studies are needed to clarify the complexity of gene families in C. japonica.
To clarify inherent complexities of this evolving route, the investigated issue is demonstrated from extended process systems engineering (PSE) point of view, and the TRF principles of the multi-level feedback information (states) are highlighted under the multi-scale methodology.
