Chic

Chic is a cannabis strain bred from two distinct phenotypes of the same parent line — Girl Crush #26 and Girl Crush #6. By drawing from two separate cuts of Girl Crush, this variety represents a deliberate narrowing and refinement within a single genetic family, making it an intra-line cross rather than a traditional hybrid between unrelated varieties. Because no aroma, flavor, or terpene data has been documented for Chic at this time, a detailed sensory profile cannot be provided. Similarly, no specific effect reports have been formally catalogued, so characterizing what users commonly experience falls outside what the available information supports. This is not unusual for strains still working their way through the broader cultivation and documentation pipeline. On the grow side, no specific cultivation data — including flowering time, yield estimates, plant structure, or environmental preferences — has been recorded in the available profile. Growers interested in this strain would be best served by consulting directly with those who have run it, as real-world grow reports are the most reliable source of practical information when formal data is absent. What makes Chic notable from a breeding standpoint is the intentional use of two phenotypic expressions of the same cultivar as parent stock. Working with numbered phenotypes of Girl Crush — #26 and #6 — suggests a selection process aimed at capturing or combining specific traits observed across different expressions of that line. Whether the goal was to stabilize certain characteristics, explore phenotypic diversity within the Girl Crush family, or isolate a particular trait combination, the approach reflects a methodical style of breeding that takes intra-varietal selection seriously. This kind of work is increasingly common among breeders seeking to push genetic lines forward without introducing entirely outside genetics. For collectors and breeders, Chic may be of particular interest as a genetic study in what two phenotypes of the same source material can produce when crossed together. As grow data and user experience accumulate over time, a more complete picture of this strain's performance and character will likely emerge.