Gush Mints

Descripción de World Wide Cultivars

A Balanced Hybrid with High-Octane Potency

Originating from Oakland, California, Gush Mints is a powerhouse feminized photoperiod strain that perfectly balances 50% Sativa and 50% Indica genetics. Boasting an impressive THC content of 31-34%, this hybrid is celebrated for its resin-heavy buds and significant extract potential. It delivers a versatile experience, beginning with an uplifting, happy mood shift that gradually transitions into a state of deep, comfortable relaxation.

Complex Flavor Profile

The terpene profile of Gush Mints offers a sophisticated "dessert-gas" personality. The initial inhale features bright notes of lemon and cool mint, which are quickly followed by a spicy kick. As the smoke settles, deeper undertones of tropical fruit caramel, creamy textures, and heavy fuel notes emerge, creating a rich and multi-layered aromatic experience.

Genetic Lineage

This strain is a masterful blend of Kush Mints, F1 Durb, and Gushers. The lineage contributes a diverse array of characteristics:

• Kush Mints: Provides the creamy fuel notes and heavy resin production.
• F1 Durb: Infuses the plant with bright, hybrid energy.
• Gushers: Rounds out the profile with tropical fruit character and a candy-like finish.

Cultivation and Yield

Gush Mints is a hardy and moderately easy strain to cultivate, typically reaching a height of about 4.9ft (150cm). It flowers in 8-10 weeks (56-70 days) indoors. To achieve the best results, growers should maintain a clean late-flower environment with strong airflow and controlled humidity to protect the dense buds.

This strain is a serious producer. Indoor yields can reach 500-650g/m², while outdoor plants in suitable conditions can produce between 800-1200g per plant.

Growing Recommendations

For optimal results, utilize the ScrOG method indoors to ensure an even canopy and support lower flower development. Maintain daytime temperatures between 68-80°F (20-27°C) and lower the relative humidity from 55-60% during the vegetative stage to approximately 40% during flowering. A substrate of perlite, peat, or coco coir is recommended for balanced moisture retention.