Dirty Lime Pop
Dirty Lime Pop
Overview
Dirty Lime Pop is a hybrid cannabis strain created by Lempire Farmaseed through crossing Dirty Z x LimePop F4. This relatively new strain combines the genetics of two prominent parent strains: Dirty Z (a cross of Zkittlez (Baller Ben Cut) x Lem O.G.) and LimePop F4, an advanced generation of the popular Lime Pop strain. The strain is part of Lempire Farmaseed's diverse breeding program, helmed by Micah Rubinstien, whose relationship with cannabis began in his early teens as part of the treatment and management of his epilepsy.
Dirty Lime Pop inherits characteristics from both parent lineages, combining the citrus jet fuel terps and high 20s THC potential from its Dirty Z parent with the super vibrant, citrusy lemon-lime taste accented by hints of fruity anise profile typical of Lime Pop genetics. The strain can be cultivated indoors and outdoors with plants needing a flowering time of ±60 days. As a newer release from Lempire Farmaseed, Dirty Lime Pop represents the breeder's continued focus on creating stable, potent genetics with unique flavor profiles that combine the best traits from proven parent strains.
Effects
Reported Medical Uses
- Users report potential relief from stress
- May help with chronic fatigue
- Often used for mood enhancement
- Reported to aid with appetite stimulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Dirty Lime Pop can be cultivated both indoors and outdoors with a flowering time of approximately 60 days. The strain inherits growing characteristics from both parent lines, potentially showing the massive root structure and powdery mildew resistance from its Dirty Z parent. Growers can expect stable genetics similar to an IBL (Internal Bred Line) based on the Dirty Z lineage. The strain is only available as regular seeds, requiring growers to identify and separate male plants. Indoor cultivation may be preferred for better environmental control, while outdoor growing is possible in suitable climates. Training techniques may help optimize light exposure and yields.