Atomic Blue Dream
Atomic Blue Dream
Overview
Atomic Blue Dream is a balanced 50/50 hybrid cannabis strain developed by Sensi Seeds as part of their Breeding Grounds project, created by crossing Chernobyl with the legendary Blue Dream. While genetically balanced between indica and sativa genetics, this strain exhibits distinctly sativa-like growth patterns and effects. The strain combines the citrusy lime characteristics from its Chernobyl parentage with the sweet blueberry flavors from Blue Dream, resulting in a complex and appealing aromatic profile. Atomic Blue Dream is known for its imposingly tall stature and impressive yields, making it a favorite among experienced growers who have the space to accommodate its substantial height requirements. The strain was specifically bred to deliver mental stimulation paired with physical relaxation without heavy sedation, making it suitable for daytime use and creative activities.
Effects
Reported Medical Uses
- Users report relief from stress
- May help with depression
- Often used for anxiety management
- Users report pain relief
- May assist with chronic fatigue
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Atomic Blue Dream is considered moderately difficult to grow and best suited for experienced growers. The strain has a flowering period of 65-70 days indoors, with harvest occurring in early to mid-October for outdoor cultivation. Indoor plants reach heights of 110-160 cm (3.6-5.2 feet), while outdoor plants can stretch up to 300 cm (9.8 feet). Indoor yields range from 460-650 grams per square meter, while outdoor plants can produce 560-640 grams per plant. The strain thrives in warm, Mediterranean-style climates with good sunlight and moderate humidity. Due to its vigorous sativa-like stretch and tall growth pattern, it requires adequate vertical space and benefits from training techniques like mainlining, lollipopping, and SCROG. The strain has good calyx-to-leaf ratio making trimming easier, and shows resistance to common pests when grown in optimal conditions.