
- Powerful, compact and flavour-forward
Gmo Sherbet
Gmo Sherbet is an indica-dominant hybrid with pungent diesel notes and strong relaxing effects.
- Dense resinous buds with potent, evening-ready effects
- Compact growth ideal for small grow rooms and SCROG setups
- Distinctive diesel and sherbet fusion in aroma and flavour
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24-28% |
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<1% |
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GMO x Sherbet |
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Indica-dominant hybrid |
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Moderate |
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8-9 weeks |
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Compact, 60-120 cm |
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Medium to high (indoor); Moderate (outdoor) |
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pungent diesel, sweet sherbet citrus, earthy cookie undertones |
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Feminised |
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Cool Highland growing conditions |
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euphoric uplift, deep physical relaxation, sedative at higher doses |
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Indoor preferred; can be grown outdoors in warm, sheltered sites |
About Gmo Sherbet
Gmo Sherbet is an indica-dominant hybrid that pairs a heavy, resinous profile with a sweet-citrus sherbet finish. Bred from GMO x Sherbet genetics, it produces compact plants with dense buds, high THC levels and a distinctive flavour, making it a reliable choice for growers who manage humidity and canopy effectively.
Gmo Sherbet is an indica-dominant hybrid with dense, resinous buds. It tends toward a calming profile while keeping some cerebral clarity.
This phenotype typically tests high, often between 24% and 28% THC. The potency is immediate and can be overpowering for inexperienced users.
Gmo Sherbet has very low CBD, usually under 1%. It is therefore selected for THC-driven effects rather than CBD therapy.
Gmo Sherbet descends from a cross of GMO x Sherbet, blending a garlic-forward, high-THC parent with a sweet, creamy counterpart. The result stabilises resin production and a distinct flavour profile.
Seeds are typically sold as feminised for predictable female plants and easier grow planning. Experienced growers may prefer clones to lock in a specific phenotype.
Growing Gmo Sherbet in cool Highland growing conditions demands moderate skill and vigilant humidity control. Plan for active ventilation and timely pest checks to avoid mould in damp weather.
Flowering usually completes in eight to nine weeks under stable conditions. Some phenotypes may stretch to ten weeks for peak resin and terpene expression.
Indoor yields are medium to high with good training and canopy management. Outdoors yields are moderate unless plants are given a warm, sheltered microclimate.
Plants stay relatively compact, typically between 60 and 120 cm. That tight structure suits training techniques like SCROG or low-stress training.
Indoors, Gmo Sherbet performs reliably in controlled environments with temperature swings minimised. Outdoors in Derry it can finish when given a sheltered, sun-exposed site and protection from autumn rain.
In Derry, cool Highland growing conditions shorten the outdoor season and demand careful canopy and humidity control. Growers in Derry should use sheltered, sun-facing positions or a greenhouse to mitigate damp and cold.
Effects arrive quickly with a pronounced head rush that settles into deep body relaxation. The overall profile favours evening use, with sedation at higher doses.
Flavours mix pungent diesel and garlicky notes with a sweet sherbet-like citrus finish. There is an underlying earthy, cookie-like richness to the smoke.
Frequently Asked Questions
Common questions about this strain, covering growth, effects, and suitability for UK conditions.
Use a moderate nitrogen feed in veg and switch to a phosphorus-heavy bloom feed as flowering begins; reduce overall feed late in flower to avoid harsh smoke.
Keep humidity below 50% in late flower, increase airflow with oscillating fans, and remove any shaded, poorly ventilated growth within the canopy.
Yes, its compact stature and branched structure make Gmo Sherbet well suited to compact indoor cannabis gardens when combined with SCROG or low-stress training.
Flush with plain water for seven to ten days before harvest to clear excess nutrients and improve final smoke quality.
You can, but success depends on finding a warm, sheltered microclimate and protecting plants from autumn rains and persistent damp.
Spider mites and powdery mildew can appear, especially if humidity control is poor; routine checks and early intervention are essential.
Targeted defoliation can improve light penetration and airflow, but avoid over-pruning which can stress plants and slow flowering.
Provide strong, full-spectrum light during flowering (around 600–900 µmol/m²/s at canopy) and maintain consistent photoperiods for best resin development.
Clones ensure phenotype uniformity and predictable timing, which is useful for growers who want consistent canopy control and harvest scheduling.
Novices can grow it with careful attention to humidity and training, but the plant rewards intermediate growers who manage airflow and feeding precisely.
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