Old School Skunk 20 Autoflowering by Lamota Seeds
Ruderalis × Indica × Sativa
Old School Skunk 2.0 Autoflowering by LaMota Seeds is a contemporary rendition of traditional skunk cannabis varieties. It combines heritage genetics with ruderalis for an autoflowering experience, aiming to deliver classic potency and aroma in a more accessible package.
Appearance
This autoflowering hybrid presents dense buds often coated in trichomes, giving them a frosted appearance. Growers have noted buds with deep green hues, sometimes interspersed with purple undertones. The plant structure is typically compact, a trait influenced by its ruderalis genetics, and may feature vibrant orange pistils contrasting against the foliage.
Aroma and Flavor
The aroma is characterized by a strong, pungent skunky scent, a hallmark of its lineage, often complemented by earthy and spicy undertones. Upon consumption, the flavor profile mirrors the aroma, presenting a dominant skunky taste layered with hints of sweetness and spice. Subtle herbal notes may also be detected, contributing to a complex sensory experience.
Cannabinoids and Terpenes
Data suggests THC levels can reach approximately 15%, with minimal CBD content. The terpene profile is noted to include myrcene and caryophyllene, which contribute to the strain's earthy, spicy, and pungent aromatic and flavor qualities.
Effects
Users report a euphoric experience from this strain. While specific details are limited, the combination of indica and sativa genetics suggests a balanced effect profile.
Growing Characteristics
As an autoflowering strain, Old School Skunk 2.0 is designed for efficiency, flowering automatically without a specific light cycle change. This characteristic typically results in a faster turnaround time, making it suitable for novice cultivators. The plant's genetics suggest resilience and adaptability to various growing conditions.
Origins and Lineage
Developed by LaMota Seeds, Old School Skunk 2.0 Autoflowering is a tribute to classic skunk strains. It incorporates ruderalis genetics to achieve its autoflowering trait, blended with indica and sativa influences to create a balanced hybrid.