13 Roses
13 Roses
Overview
13 Roses is a complex hybrid cannabis strain that stands as a legendary variety with an intricate genetic lineage. This strain represents the crossing of X13 (itself a hybrid of Apollo 13 and G13) with Thai landrace genetics, which was then crossed with Brothers Grimm's Rosetta Stone (Ginger Ale x White Widow). This sophisticated breeding results in a strain that combines the cerebral effects of sativa genetics from the Thai landrace with the potent indica influence of G13, balanced by the complex terpene profiles inherited from Rosetta Stone.
The strain is considered rare and is primarily documented in breeding databases rather than commercial cultivation. 13 Roses has been used as breeding stock by various seed companies, particularly Illuminati Seeds, who have created several crosses using this strain as a parent. Despite its legendary status in breeding circles, detailed grow reports and user experiences remain limited, making it more of a genetic foundation for other varieties rather than a widely available commercial strain. The name likely references the complex aromatic profile that combines floral notes from its Rosetta Stone heritage with the diverse terpenes from its multiple parent strains.
Effects
Reported Medical Uses
- Users report relief from depression
- May help with stress
- Often used for pain management
- Potentially beneficial for insomnia
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
13 Roses is suitable for both indoor and outdoor cultivation with a flowering time of approximately 9-10 weeks. The strain tends to produce plants with good structure and resin production, making it valuable for hash and extract production. Yields are typically moderate to good, with plants developing dense, frosty buds. The strain has been noted to thrive in various growing conditions due to its diverse genetic background. Indoor cultivation allows for better control of the flowering period, while outdoor growing can potentially increase yields. The plant structure tends to be robust with good branching characteristics inherited from its complex lineage.