Auto Rainbow Bubble

Auto Rainbow Bubble

Auto Rainbow Bubble

Hybrid AI Generated

Also known as: AUTO RAINBOW BUBBLE FEM

Overview

Auto Rainbow Bubble is an innovative autoflowering cannabis strain developed by Mudro Seeds, representing a sophisticated fusion of ruderalis, indica, and sativa genetics. The strain was created through crossing Bubblegum, Big Bud, and Skunk #1 with ruderalis genetics to produce an autoflowering variety that maintains the potency and flavor characteristics of its photoperiod parents. This strain emerged during a period of rapid evolution in the autoflowering market and has become recognized for its balanced genetic composition, with approximately 30-40% influence from each genetic group. The breeding process was meticulous and data-driven, employing selective breeding techniques to stabilize key traits over multiple generations, resulting in plants that reach maturity 10-14 days faster than conventional photoperiod strains. Auto Rainbow Bubble is characterized by its compact growth pattern, making it suitable for both indoor and outdoor cultivation, with plants typically reaching medium height and producing dense, resinous buds with vibrant coloration reminiscent of its 'rainbow' namesake.

Effects

Reported Medical Uses

  • Users report relief from chronic pain
  • May help with inflammation
  • Often used for anxiety management
  • Could assist with muscle tension
  • May provide creative therapy benefits

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

Auto Rainbow Bubble is suitable for both beginner and experienced growers due to its unpretentious nature and environmental resilience. The strain has a flowering time of approximately 70 days (10 weeks) from seed to harvest and can be cultivated both indoors and outdoors. Expected yields range from 30-100 grams per plant, with optimal conditions potentially increasing output. The plant exhibits medium height characteristics and benefits from adequate airflow and moderate climates when grown outdoors. Training techniques such as low stress training (LST) can increase yields by approximately 15% when implemented early. The strain shows 20-30% greater resistance to common molds and mildews compared to typical autoflowering varieties, making it suitable for various growing environments including hydroponic systems.

Genetics

Parent Strains

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