Bubbleberry V2
Bubbleberry V2
Also known as: Bubbleberry 2
Overview
Bubbleberry V2 is a hybrid cannabis strain developed by Riot Seeds as "an homage to Sagarmatha's original Bubbleberry". The strain is a cross between Indiana Bubblegum and Blue Bonnet, combining the sweet, candy-like characteristics of bubblegum with the fruity complexity of blueberry genetics. Created by the renowned Riot Seeds, known for their commitment to crafting unique and high-quality strains, this variety represents a modern interpretation of the classic Bubbleberry lineage. The strain showcases "amazing mold and PM resistance, amazing resistance to other pathogens including dudding", making it particularly appealing to cultivators seeking robust genetics. Plants display "lots of beautiful purple and black leaves and bud", while maintaining the distinctive aromatic profile that made the original Bubbleberry famous. "The bubblegum cut actually allowed the blueberry syrup terps to shine and lock them in – making this the most reliable strain for finding those deeply sweet blueberry syrup terps".
Effects
Reported Medical Uses
- Users report relief from stress
- May help with anxiety
- Often used for creative blocks
- Users report mood enhancement
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
The growth difficulty of Bubbleberry V2 is moderate, with growers needing a little prior experience to ensure robust plants. The strain has a relatively quick flowering time of 56-63 days (8-9 weeks), making it attractive for growers seeking fast turnaround. Plants can be cultivated indoors and outdoors with a flowering time of approximately 60 days. Expect "heavy to extra STACKED" yields. Growers should maintain balanced humidity and consider lowering nighttime temperatures during flowering to enhance colors and bring out the strain's distinctive purple and black coloration. The strain is "extremely mold and pathogen resistant" and "can do well outdoor in the NorCal Climate". Indoor cultivation is recommended for optimal control over environmental conditions.