3rd generation autoflowering strain. Tall-stemmed version of one of our most appreciated autoflowering strains: Green Poison Auto® (SWS30).
Green Poison XL Auto® (SWS71) was developed within a recurrent selection programme of tall-stemmed Green Poison Auto® specimens across multiple generations. These seeds produce plants that height around 25% more than their ancestors, with a higher flower and resin production.
The tastes and aromas of this strain are very pleasant and intense, with sweet and fruity tones, a sweet Skunk background and hints that are reminiscent of rucola and walnuts.
Strain FAQ
Is it worth shopping around for cannabis seed deals?
Comparison shopping and review platforms can reveal the best discounts. It's smart to find high-quality seeds at low prices to avoid missing out on outstanding genetics. We do check out our competition regularly here in Seed City! Making sure we've got the lowest prices online to save you the hassle!
Are skunky strains simple to produce?
Skunk strains are popular due to their longevity and versatility. In harsh temperatures or environmental circumstances, their resilience is desired.
How have breeders improved medium flowering time strains' pest and disease resistance?
In pest-prone areas, selective breeding has made some medium-flowering cultivars more resistant to pests and illnesses. Increased resistance is said to be able to reduce chemical treatment use, enabling healthier output and decreasing maintenance.
Compared to other cannabis plants, how long do auto-flowering strains live?
Cannabis strains that auto-flower sprint to the finish! They produce several harvests in 7–10 weeks from seed to harvest. Those in cooler climates with shorter growing seasons benefit from this fast life cycle.
Do high-yielding strains reportedly need different nutrients?
Their dietary needs are said to be more demanding than their lower yielding counterparts. A balanced nutritional mix of nitrogen, phosphorus, potassium, and other micronutrients is said to be needed for strong growth and bud formation.