Green Poison
Skunk-family genetics × Afghani/Kush-leaning genetics
Green Poison is an indica-dominant hybrid developed by Sweet Seeds, recognized for its rapid flowering cycle and high yield potential. This strain offers a balanced experience with a notable sweet and citrusy aroma profile.
Appearance
Green Poison typically produces olive to lime green buds with orange pistils. The buds are dense and compact, often resembling golf balls or eggs, with a heavy coating of trichomes giving them a frosted appearance. Some phenotypes may show slight purpling on the sugar leaves under cooler temperatures.
Aroma & Flavor
The aroma of Green Poison is characterized by a sweet, skunky scent with prominent notes of citrus, particularly orange and lime, alongside hints of green apple and herbs. Upon combustion or vaporization, the flavor mirrors the aroma, offering a sweet, candy-like inhale with a citrusy and slightly peppery or herbal finish.
Effects
Consumers report that Green Poison delivers a quick onset of effects that are often described as euphoric and focused, yet not overly sedating. The experience is generally considered heavy but manageable, making it suitable for late afternoon or evening use.
Terpenes & Cannabinoids
This strain typically tests between 17-22% THC, with CBD content below 1%. The terpene profile is often dominated by myrcene, beta-caryophyllene, and limonene, with smaller amounts of ocimene and linalool contributing to its complex aroma and flavor.
Growing
Green Poison is highly regarded by growers for its fast flowering time, often completing bloom in approximately 45-50 days indoors. It is known for producing dense buds and offering a good yield relative to its short cycle, making it an efficient choice for cultivation.
Origins & Lineage
Developed by Sweet Seeds in Spain, Green Poison is an indica-leaning polyhybrid with significant Skunk influence. While its exact lineage is not publicly detailed, it is bred for indoor cultivation, combining vigor with a condensed flowering period and desirable resin production.