Hamma Hamma F2 by Pacific Nw Roots
Indica genetics × Sativa genetics
Hamma Hamma F2 is a hybrid strain developed by Pacific NW Roots during the craft cannabis revolution. This F2 generation aims to stabilize desirable traits, offering a balanced experience derived from both indica and sativa genetics.
Appearance
Hamma Hamma F2 buds are typically dense and slightly conical, displaying a range of colors from deep green to hints of purple, which can intensify with maturity. Prolific resin glands contribute to a frosty appearance, indicating robust genetic health.
Aroma & Flavor
The aroma is a complex mix of pungent earthiness, pine, and subtle citrus notes, with a faint spicy undertone. Its flavor profile mirrors this complexity, offering a harmonious blend of deep woody notes, sweet herbal undertones, and hints of spice, with a lingering aftertaste.
Effects
This hybrid is reported to provide a balanced experience, combining the calming physical relaxation associated with indicas with the cerebral stimulation of sativas. Users may experience uplifted moods, enhanced focus, and a sense of calm, making it suitable for daytime use.
Terpenes & Cannabinoids
The terpene profile is characterized by limonene and pinene, contributing to its pine and citrus notes, alongside caryophyllene which adds spicy and woody elements. Cannabinoid analysis shows THC typically ranging from 18% to 23%, with CBD levels around 1-1.5%, and potentially minor cannabinoids like CBG and CBC.
Origins & Lineage
Developed by Pacific NW Roots, Hamma Hamma F2 is the result of a meticulous breeding process spanning over two years, involving inter-crossing and backcrossing to stabilize indica and sativa traits. The F2 designation signifies a second-generation cross aimed at achieving genetic uniformity and consistent expression of desirable characteristics.
Cultivation
Early reports indicate that Hamma Hamma F2 can yield significantly, surpassing initial expectations by up to 30% compared to other regional strains. The F2 generation's genetic stabilization suggests consistent performance in both flavor and effect profiles for cultivators.