Rosetta Stone 2016

Rosetta Stone 2016 is a hybrid cannabis strain with up to 22.0% THC, known for its euphoric effects and fruity and jasmine flavor profile.

Rosetta Stone 2016 is an innovative revision of the original Rosetta Stone strain, created by the renowned Brothers Grimm Seeds breeding team led by MrSoul. This hybrid strain represents a significant evolution from the original Rosetta Stone (which was a cross of Ginger Ale x White Widow), now featuring a more refined genetic combination of Jack Herer female and P75 male. The development of this updated version came in response to overwhelming demand to reissue Rosetta Stone, but with enhanced characteristics. MrSoul specifically aimed to increase resin production and overall yield while preserving the strain's distinctive flavor profile. The P75 male used in this cross was discovered from MrSoul's personal seed stash and was noted for its exceptional qualities, including a branching pattern identical to their prized 'Genius' seed mother and remarkably dense floral clusters that resembled female colas. During flowering, this male's pollen emitted a distinctive ripe honeydew melon aroma, which contributed to the strain's unique terpene profile. This perfectly balanced 50/50 sativa-indica hybrid was recognized by High Times as a Top 10 Strain in 2018, cementing its status in the cannabis community.

Physically, Rosetta Stone 2016 produces large, vigorous plants that typically reach 3-5 feet indoors, requiring structural support during flowering due to their heavy, resinous cola development. The strain exhibits wonderfully sweet, fruity aromas with prominent notes of jasmine incense, anise, and musky undertones characteristic of Jack Herer genetics. The buds are known for their sparkling appearance due to heavy crystal resin coverage, with dense, well-weighted colas that finish beautifully during the final weeks of flowering. This strain has gained recognition for its ease of cultivation, excellent cloning characteristics, and consistent performance across different growing environments.