The phrase "hierarchical understanding" is correct and usable in written English.
It refers to the concept of understanding a topic or subject in a hierarchical or structured way, where smaller details or ideas are organized under larger categories or overarching concepts. One example of using this phrase could be, "In order to fully grasp the complexity of the scientific theory, one must have a hierarchical understanding of its various components and how they relate to each other." This sentence implies that in order to truly understand the theory, one must have a structured understanding of its different parts and their connections.
Such an hierarchical understanding of spirituality is suspect today.
This means that VP can also be a useful tool for exploring our hierarchical understanding of natural objects.
Hopefully, the modular structure of biological systems will allow us to proceed to a hierarchical understanding of the cell biological function of formins, starting from general features at a mesoscopic level of description as in this work, down to the full details of regulatory pathways that may differ across organisms.
A finding of particular interest to the design of future training, is that both student groups expressed lack of knowledge about each other's roles and responsibilities which, in many cases, led to uncertainty and behavior rooted in established hierarchical role understanding.
Recognizing the vertical and lateral association of sedimentary bodies, arranged in a hierarchical order, permits understanding how the geomorphological building blocks of this depositional system change through time.
These results contribute to the understanding of hierarchical bone structure changes in age-related fragility.
The result is a novel step-wise approach to understanding the hierarchical memory performance of scientific applications.
Understanding the hierarchical structure of the ladder cladogram format is difficult because the Gestalt principle of good continuation (e.g., Kellman 2000) leads students to interpret multiple hierarchical levels as representing only a single level (Novick and Catley 2007).
Understanding the hierarchical organization of molecules and organelles within the interior of large eukaryotic cells is a challenge of fundamental interest in cell biology.
To improve our understanding on hierarchical stellar triples, these descriptions are implemented in a public source code TrES, which combines three-body dynamics (based on the secular approach) with stellar evolution and their mutual influences.
Novick and Catley (2007) showed through a perceptual segmentation experiment and error analyses of students' translations that an important source of students' difficulty in understanding the hierarchical structure of the ladder format is that it is obscured by the Gestalt principle of good continuation (e.g., Kellman 2000).
