Moby Dick Autoflowering by Dinafem
Haze × White Widow × Cannabis Ruderalis
Moby Dick Autoflowering by Dinafem is a hybrid strain developed to offer the celebrated traits of the original Moby Dick in a faster, more manageable autoflowering format. It combines the potency and resin production of its photoperiod ancestors with the convenience of ruderalis genetics, making it accessible for a wider range of growers.
Appearance
This autoflowering strain typically exhibits a dominant central cola supported by several lateral branches, indicative of its sativa-leaning vigor balanced by indica structure. Indoor plants generally reach heights of 60-100 cm, though some may grow taller with ample light and root space. Moderate internodal spacing allows for good light penetration to the numerous flower sites. Buds are often dense, developing a pronounced calyx swell and becoming heavily frosted with trichomes, a characteristic inherited from White Widow.
The flowers mature to shades of green, with pistils turning amber as the resin develops. The calyx-to-leaf ratio is generally favorable, simplifying the trimming process. Sugar leaf coverage is moderate, and the stems are typically robust, capable of supporting the weight of the developed colas.
Aroma and Flavor
The aroma profile of Moby Dick Autoflowering is complex, blending citrus and pine notes inherited from its Haze lineage, often with a lemon peel top note. Deeper undertones of sandalwood, floral spice, cedar, and a subtle marine salinity can also be present, influenced by White Widow's earthy characteristics. When ground, buds release a sharp citrus-pine scent followed by a trailing sweetness.
Flavors often mirror the aroma, presenting as citrusy and herbal, with underlying earthy and floral notes. Hints of honey, diesel, and grapefruit may also be detected, contributing to an assertive yet balanced sensory experience. The aroma can linger for a significant period after consumption.
Effects
Moby Dick Autoflowering is primarily known for its cerebral effects, offering an uplifting and energetic experience often associated with sativa-dominant hybrids. The influence of its Haze heritage contributes to a clear-headed and mentally stimulating high.
Terpenes and Cannabinoids
This strain typically tests within the mid-to-high THC range, generally falling between 15-25%, with CBD levels consistently below 1%. The terpene profile is notable for its complexity, featuring compounds such as Limonene, Caryophyllene, and Pinene. Other terpenes like Humulene and Eucalyptol may also contribute to its distinct aroma and potential therapeutic properties.
Growing
As an autoflower, Moby Dick Autoflowering is bred for a fast lifecycle, typically maturing from seed to harvest in approximately 10-12 weeks. It is well-suited for growers with limited space or short outdoor growing seasons, and its day-neutral flowering makes it adaptable to continuous indoor cultivation cycles. The strain is recognized for its robust performance and resilience, particularly in the crucial early weeks of growth, which is vital for autoflowering plants.
Plants generally grow to a manageable size, making them suitable for various environments. The autoflowering trait, conferred by the integration of Cannabis ruderalis genetics, ensures flowering regardless of light cycles. Breeders have focused on stabilizing uniform flowering and maximizing yield potential within its accelerated timeframe.
Origins and Lineage
Moby Dick Autoflowering was developed by Dinafem Seeds, a Spanish breeder known for popularizing high-yield hybrids. It is an autoflowering version of the original Moby Dick, which itself is a cross between the vigorous Haze and the resinous White Widow. The autoflowering characteristic was introduced by incorporating genetics from Cannabis ruderalis.
This breeding strategy aimed to retain the desirable potency, yield, and aromatic qualities of the photoperiod Moby Dick while providing the speed and convenience of an autoflowering plant. The ruderalis genetics ensure that the plant will flower automatically, irrespective of the light schedule, and significantly shorten the overall time from seed to harvest.