Alien D
Alien D
Overview
Alien D is a balanced hybrid strain developed by Pacific Northwest Roots in collaboration with TKO.reserve. This strain represents the breeder's unique take on the popular Alien genetics line, described as being done "down and dirty" style. The strain is part of the extensive Alien genetics family that has gained significant popularity in cannabis breeding circles. Alien D is a cross between Sour Diesel and Alien Kush, creating a 50/50 indica-sativa hybrid that combines the energizing, cerebral effects of Sour Diesel with the relaxing properties of Alien Kush.
The strain was developed as Pacific Northwest Roots' interpretation of the numerous "Sour Aliens" crosses available in the market, but with their distinctive breeding approach. While specific detailed information about the strain's appearance and characteristics remains limited in public databases, it follows the typical traits of Alien genetics - known for producing potent effects and distinctive flavors. The breeder notes that there are "plenty of versions of this cross" but wanted to create their own unique expression of these genetics. Alien D represents the ongoing evolution of the Alien genetics line, which traces back to the legendary Alien Technology strain brought to the United States from Afghanistan.
Effects
Reported Medical Uses
- Users report relief from stress
- May help with anxiety
- Often used for depression
- May assist with pain management
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Alien D can be cultivated both indoors and outdoors with moderate growing difficulty. The strain has a flowering time of 60-65 days (approximately 8.5-9.5 weeks). As a balanced hybrid, it typically grows to medium height and is suitable for growers with some experience. The strain was never released in feminized form, only as regular seeds, which means growers need to sex plants during cultivation. Pacific Northwest Roots developed this strain to be hardy and adaptable to various growing conditions, though specific yield expectations and optimal environmental conditions are not widely documented.