Chronic Thunder™ was created by crossing the legendary Alaskan Thunder with the stable and high yielding Dr Chronic. Both parents are long established superior genetics and both have achieved greatness in their own right. This wonderful blend of genetics creates a high yielding, short flowering Indica dominant hybrid that grows to 100cm tall indoors with heavy side branches that need support in their final flowering stage. Flowering time of just 8.5 weeks, Chronic Thunder™ produces a relaxing satisfied high with a unique dried cinnamon fragrance and flavour.
Strain FAQ
Do environmental conditions effect the cinnamon flavour?
Absolutely. The plant's environmental conditions can affect its terpene profile, particularly cinnamon-flavored terpenes. Soil type, temperature, humidity, and light exposure are all said to affect flavour and aroma strength and balance.
How do hybrid strains complicate cannabis genetics?
Hybrids complicate the genetic environment beyond just Indica and Sativa. By crossbreeding numerous generations, hybrids have developed many traits from both parents, creating polyhybrid strains. Genetic variety gives the cannabis family tree many interesting relatives!
Why do indica plants seem different from sativa ones?
Indica plants are short, bushier, and have broad leaves. Due to their mountainous roots, being low and strong protects them from wind. Their tiny design is practical and attractive, making them ideal for indoor gardens.
Why do high-yielding cannabis strains yield so much?
Their genetics are the key to this question! These strains combine sativa's tall growth and high biomass with indica's denser bud production. This genetic base is what enables their high production and explains why they generally have a mix of indica and sativa traits.
How have strains from various places optimised THC and CBD?
With a progressive approach to cannabis legalisation and research, North America and Canada have developed recreational strains with high THC and medical strains with high CBD. The legal diversity in these regions has spurred substantial breeding programmes to optimise cannabinoid content for varied uses.