The phrase "artificial fragmentation" is correct and usable in written English.
It can be used in contexts discussing the intentional division or separation of something into parts, often in a negative or critical sense.
Example: "The artificial fragmentation of the project led to confusion among team members and hindered overall progress."
Alternatives: "artificial division" or "manufactured fragmentation".
This artificial fragmentation of care ignores common co-occurrence of these disorders, as well as common risk factors such as poverty, depression, anxiety, and trauma.
Altogether, an authentic task environment for the holistic processing of the problem scenarios without any artificial fragmentation was designed.
Regan and Haehnelt (2009) used adaptive mesh refinement simulations with a maximum resolution of ({simeq}0.01mbox { pc}), 16 cells per Jeans length, and employed a pressure floor to avoid artificial fragmentation.
While this adds to our understanding of which factors independently influence health outcomes, the big picture may be compromised by this artificial fragmentation.
Urbanisation creates altered environments characterised by increased human habitation, impermeable surfaces, artificial structures, landscape fragmentation, habitat loss, resulting in different resource loss pathways.
Initiated by Labour and vigorously promoted by the coalition, it foments division, fragmentation and artificial hierarchies.
(2) Artificial wetland had higher fragmentation than natural wetland, coming from the increasing patch density, and a decreasing of edge density.
The present study determined the degree of A richness at each position in the poly(A) site region as shown by seqlogo graphs, confirming the sensitivity to internal priming and fragmentation-created artificial poly(A) tails in Illumina-reads-based mapping.
In vitro comparison of standard systems with the new designs showed that fragmentation efficiency of artificial kidney stones was significantly enhanced using tandem shock waves.
This study explored the utility of edge-based metrics in quantifying landscape fragmentation using simulated artificial landscapes and a real-world example of landscape fragmentation in southwest China's Wolong Nature Reserve.
The biology and abundance of these oak species may make them particularly resistant to fragmentation; in addition, artificial seed flow may complicate the picture, and will require more direct investigations.
