Description of Pound Cake Auto Feminized
Pound Cake Auto Feminized Marijuana Seeds feature a genetic lineage of Pound Cake × Ruderalis. The Pound Cake parent contributes the cultivar’s primary hybrid characteristics, while Ruderalis introduces the autoflowering trait, allowing the plant to flower according to age rather than relying on changes in the light cycle. This combination creates an autoflowering expression of the original Pound Cake genetics.
How to Grow Pound Cake Auto Feminized
Suitable for growers of all experience levels, this cultivar performs well in both indoor and outdoor environments. Plants generally grow to 90–150 cm (3–5 ft), offering a compact-to-medium structure that fits comfortably into a variety of cultivation spaces. Indoor growers can achieve yields of approximately 450–600 g/m², while outdoor plants may produce around 60–300 g per plant when grown under favorable conditions. Indoor cultivation allows for precise management of lighting, temperature, humidity, and airflow, whereas outdoor plants thrive with ample direct sunlight and protection from extended periods of excessive moisture.
The flowering period is approximately 10 weeks, while the complete seed-to-harvest cycle takes around 10–11 weeks, or roughly 70–77 days from seed. As an autoflower, it begins flowering according to age rather than requiring a change in the light cycle, allowing growers to maintain a consistent lighting schedule throughout the cultivation cycle. Its relatively compact structure can also make it manageable in limited indoor spaces, while stable environmental conditions can support consistent development from early growth through harvest.
For climate conditions, it performs well in dry, warm, hot, or temperate environments and benefits from consistent watering, adequate light, good airflow, and light nutrient feeding. Outdoor cultivation is best suited to locations with a sufficiently long period of favorable weather to complete the approximately 10–11 week cycle. Actual harvest timing can vary according to environmental conditions, growing practices, and individual pl


