Panama x Bangi Haze combines our best and most balanced parental plants of both strains, already classic and highly worked sativa hybrids in depth by themselves, blending their best features in this very refined F1 hybrid between American and African sativas.
Excellent structure: vigorous, bushy, well-branched and of a manageable size, which under good growing conditions produces huge colas all over the plant with an excellent production per m2, high flower density and superb quality resins.
Incredibly complex sativa terpene profile: floral, musky, lemony, sweet carrots, aniseed and strongly incensey, that combines the best and most refined African and Central American sativa aromas and flavors.
Psychedelic sativa effect, euphoric, creative and crazy, as well as dreamy. Excellent quality, very high potency and long duration.
Without any doubt, one of the best F1 sativa hybrids of moderate flowering time we have produced in recent years among our most classic strains.
Strain FAQ
How significant is cold resistance for strains ending in October?
Cold resistance is significant for strains ending in October, as they need to withstand late October's cold temperatures. These cultivars have been specifically bred to have bigger leaves and denser buds to help them withstand the cold conditions.
Who created the first Haze Strain?
The "Haze Brothers" in California created the first Haze strain in the swinging '60s and '70s. They expertly crossed landrace strains from India, Mexico, Colombia, and Thailand to create the Haze. Their unique breeding gave Haze its complex aroma and intense effects, a cannabis cultivation milestone!
Why are regular seeds seen as more exciting?
Regular seeds are seen as exciting because of their unpredictability. Each seed is a mystery of different phenotypes, potentially growing into plants with unique taste, scent, and many other factors.
Can environmental conditions alter cannabis anise flavour?
Absolutely. Terpenes, notably anise-flavored ones, can vary greatly depending on environmental conditions. Terpene production is reportedly affected by soil, nutrients, light, temperature, and humidity, which can increase or decrease anise-like properties.
What keeps these strains going at high temperatures?
Despite extreme temperatures, some strains have adapted to maintain higher photosynthetic rates. This allows them to thrive in even the most exotic areas.