Auto White Widow by Pyramid Seeds
White Widow × Ruderalis
Auto White Widow by Pyramid Seeds is a notable autoflowering strain that combines the resilience of ruderalis genetics with the potency of classic cannabis lineages. It is recognized for its ease of cultivation and balanced effects, making it a popular choice for both new and experienced growers.
Appearance
Auto White Widow buds are typically dense and covered in a thick layer of resin, often appearing dusted with trichomes. The plant itself tends to be compact and bushy, a characteristic inherited from its ruderalis parentage, with vibrant green leaves.
Aroma & Flavor
This strain offers a complex aroma that blends earthy and pungent notes with hints of pine and spice. Its flavor profile mirrors its scent, featuring a combination of earthiness and subtle citrus, complemented by herbal, spicy, and sweet undertones for a smooth finish.
Effects
Consumers report that Auto White Widow delivers a balanced experience, often described as calm and euphoric. It may promote focus and creativity, with some users experiencing a mild couch-lock effect. The strain is generally considered to provide a manageable psychoactive experience.
Terpenes & Cannabinoids
The cannabinoid profile of Auto White Widow typically shows THC levels around 18%, with CBD content below 1%. Key terpenes contributing to its profile include myrcene, caryophyllene, and limonene. This balance provides its characteristic aroma, flavor, and effects.
Growing
As an autoflower, Auto White Widow is known for its ease of cultivation and relatively fast flowering time, often completing its cycle within approximately 75 days. It is a resilient plant that can perform well in various environments, and its genetics suggest a good potential for yield.
Origins & Lineage
Developed by Pyramid Seeds, Auto White Widow is a hybrid strain created by crossing White Widow genetics with ruderalis. This crossbreeding aims to retain the desirable traits of White Widow while incorporating the autoflowering characteristic and resilience of ruderalis.