Description of Garlic Jam Auto Feminized
Garlic Jam Auto Feminized Marijuana Seeds feature a genetic lineage of GMO Auto × Cotton Candy Auto, combining the distinctive characteristics of GMO Auto with the earlier-finishing traits associated with Cotton Candy Auto. The cross brings together two autoflowering parent lines to produce a feminized F1 hybrid with a relatively short cultivation cycle and manageable plant structure.
How to Grow Garlic Jam Auto Feminized
The variety has a Beginner / Easy growing level, supported by its strong vigor, good mold resistance, and manageable overall structure. Indoor plants typically reach approximately 2.5–4 ft (75–120 cm), while outdoor plants can grow around 3.5–5 ft (105–150 cm) under favorable conditions. Indoor yields are reported at approximately 450–600 g/m² under optimized conditions, although the breeder’s current specification describes production more generally as average, so this figure is best treated as a reported potential rather than a guaranteed result. Outdoor yields can reach approximately 450–750 g per plant under suitable growing conditions.
The flowering cycle is approximately 75 days, although reported seed-to-harvest times can extend to 75–85 days or, under some conditions, approximately 10–12 weeks. This variation can result from environmental conditions and phenotype expression. The variety can be cultivated indoors, outdoors, or in greenhouse environments and is best suited to temperate to warm climates. Its reported good mold resistance can be beneficial in more humid environments, although adequate airflow and environmental management remain important.
As a day-neutral autoflower, the variety begins flowering without requiring a traditional change in the light schedule, making it suitable for growers seeking a straightforward cultivation cycle. The breeding objective was to develop a faster-finishing variety retaining strong GMO lineage characteristics, with Cotton Candy Auto contributing approximately one week of earlier finishing without significantly compromising yield. This combination provides a practical balance between rapid maturation and useful production potential.


