From a cross between our most awarded strains, Ripper Haze and Criminal +, we bring you TOXIC, a hybrid bred with the intention of achieving a high production plant both of flowers and of big trichomes.
Its predominant sativa structure, its little folliage and its hard and compact flowers make it a very resistant hybrid to fungi and other pests.
A short vegetative cycle and a quick flowering one, of just 60/65 days, make TOXIC an exceptional genotype for any kind of growing method.
Flavour, aroma, production, resin, potency and quality are some of the adjectives that define this exceptional plant.
- Vegetative: 2 to 4 weeks.
- Genotype: 60% Sativa 40% Indica
- Flowering indoor: 60-65 days.
- Flowering outdoor: mid October.
- Production: High.
- Effect: Powerful / Intense.
Strain FAQ
Genetically, how do strains that are ready to harvest by mid-October adapt?
These strains usually have faster maturation genes. They conclude by mid-October thanks to ruderalis' auto-flowering features and indica's shorter flowering periods.
Why are Pest-resistant strains better for the environment?
Pest-resistant cannabis strains generally promote organic and sustainable growing. These cultivars reduce synthetic pesticide use, improving ecosystems and lowering cannabis' environmental impact.
Does this strain's Central Asian genetics mean anything for its resin production?
Central Asia's resin-heavy cultivars are perfect for hashish manufacture, which has a long history. Natural selection favours resinous plants for reproduction, which is why these strains are so enduring.
Why do Sativa-dominant strains flower slower than Indicas?
Sativa-dominant strains flower slower than their indica cousins, usually in around 60–90 days. Their sluggish pace reflects their equatorial heritage, where longer growing seasons have moulded their growth patterns.
Why is it reported that increased CO2 levels are useful?
It has been well reported that higher CO2 levels improve photosynthesis, and therefore enhances plant growth and yields. Some indoor enthusiasts reportedly increase CO2 to more than double what plants breathe in nature, enabling rapid growth.