Alaskan Blackberry
Indica genetics × Sativa genetics
Developed by Matanuska Thunder Seeds, Alaskan Blackberry is a hybrid strain celebrated for its balanced effects and complex aroma. It combines indica and sativa genetics, resulting in a resilient cultivar with a distinct sensory profile.
Appearance
Alaskan Blackberry buds are visually striking, featuring dense structures with deep green coloration interspersed with vibrant purple hues. Small trichome clusters give the buds a frosted appearance, often accompanied by bright orange pistils. Average bud sizes can reach up to 3-4 inches, and they develop a resinous coating as they mature.
Aroma & Flavor
The aroma of Alaskan Blackberry is a captivating blend of sweet berries, reminiscent of ripe blackberries, with underlying earthy and pine notes. Upon inhalation, the flavor profile delivers a rich taste of berries with a refreshing lemonade-like quality, complemented by subtle sour citrus and spicy undertones.
Effects
Users report that Alaskan Blackberry provides balanced effects, often described as cerebral and calming. It is associated with promoting creativity and a sense of euphoria, making it a popular choice for both recreational and medicinal users seeking a nuanced experience.
Terpenes & Cannabinoids
This strain typically exhibits THC concentrations between 18% and 24%, with trace amounts of CBD (0.5% to 1%). Its robust terpene profile contributes significantly to its distinct aroma and flavor, with Myrcene, Limonene, Caryophyllene, Linalool, and Pinene being commonly identified. This cannabinoid and terpene combination is thought to contribute to its balanced effects and potential therapeutic benefits.
Origins & Lineage
Alaskan Blackberry was meticulously bred by Matanuska Thunder Seeds in Alaska, aiming to capture the essence of the region. It is a hybrid resulting from generations of careful selection, blending indica and sativa genetics, with elements from landrace varieties native to cooler climates. The breeding process reportedly involved over 12 generations to stabilize its desirable traits.
Cultivation
While specific cultivation details are not extensively provided, the strain's lineage suggests resilience, possibly adapted from landrace genetics suited to cooler climates. Its dense bud structure and resinous coating may indicate moderate to high yield potential under optimal conditions.