BlHzBl x Romulan
BlHzBl x Romulan
Overview
BlHzBl x Romulan is a mostly indica hybrid strain created by ROC Seeds that can be cultivated both indoors and outdoors with a flowering time of approximately 63 days. The BlHzBl male parent is a complex cross of Blueberry from DJ Short crossed to pure Haze, then back-crossed to Blueberry again, creating a unique three-way genetic combination. The taste profile is described as mango woody hazy berry with the effects being more relaxing but still maintaining a strong head buzz.
The Romulan parent strain is an indica-dominant variety made by crossing North American Indica with White Rhino, named after the alien Star Trek race. This distinctly pine-scented strain is revered for its potent and therapeutic qualities, typically containing 20-24% THC. It produces deeply relaxed body effects with a dreamy, floating sensation and sweet earthy flavors with hints of pine and citrus. ROC Seeds developed this cross to combine the complex blueberry-haze genetics of the BlHzBl male with the powerful indica effects of Romulan, creating a strain that balances cerebral stimulation with physical relaxation.
Effects
Reported Medical Uses
- Users report relief from chronic pain
- May help with muscle spasms
- Often used for nerve damage symptoms
- Users report help with insomnia
- May assist with anxiety relief
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
BlHzBl x Romulan can be cultivated both indoors and outdoors with a flowering time of approximately 63 days (9 weeks). ROC Seeds notes that this strain was never available as feminized seeds, only regular seeds. Based on the Romulan parent genetics, this strain flowers for about 55-60 days and branches multiple times with many budding sites, making it less than ideal for Sea of Green techniques. Romulan genetics are relatively easy to grow and manageable for novice users, being resistant to many diseases, insects, and mold. Indoor cultivation is recommended for optimal control of the complex genetic expression.