Khalifa Mints
from Compound Genetics
Basic Info
Khalifa Mints is a Hybrid variety from Compound Genetics and can be cultivated indoor, outdoor, greenhouse (where the plants will need a flowering time of ±9 days).
Type:Hybrid
Indica/Sativa:80% / %
Flowering Time:±9 days
Growing:indoor, outdoor, greenhouse
Lineage / Genealogy
Hier kun je de stamboom bekijken:
»»»Khalifa Mints = Khalifa Mints
»»» x Khalifa Kush x The Menthol x OG Kush x Unknown Strain x Hindu Kush x Indica x Gelato #45 x White Diesel x High Octane x Jet Fuel x Gelato 45 x Gelato x Sunset Sherbet x Thin Mint Cookies x Girl Scout Cookies x Pink Panties x Thin Mint GSC x F1 Durban
Volledige genetische lijn bekijken
Khalifa Mints
»»» → Khalifa Kush → [Khalifa Kush] × The Menthol →
»»» → Khalifa Kush → [Khalifa Kush] × The Menthol → Khalifa Kush → [Khalifa Kush] → OG Kush → [South Florida OG] →
»»» → Unknown Strain → [unknown: Emerald Triangle] × Hindu Kush → [Neville] → Unknown Strain → [unknown: Emerald Triangle] → Hindu Kush → [Neville] →
»»» → Indica → The Menthol →
»»» → Gelato #45 × ( → White Diesel → x ( → High Octane × Jet Fuel → )) → Gelato #45 → (#45) → Gelato 45 → (#45) → Gelato →
»»» → Sunset Sherbet × Thin Mint Cookies → Sunset Sherbet →
»»» → Girl Scout Cookies × Pink Panties → Girl Scout Cookies → Thin Mint GSC → (probably) →
»»» → OG Kush → [South Florida] × F1 Durban → OG Kush → [South Florida] → (specified above) → F1 Durban → (S1) →
»»» → F1 × Durban → F1 →
»»» → Unknown Strain → Durban → South African Sativa → [geoinfo: KwaZulu-Natal] → Africa - Sativa →
»»» → Sativa → Pink Panties →
»»» → OG Kush → [South Florida] × ( → OG Kush → [South Florida] x → Burma → ) → OG Kush → [South Florida] → (specified above) → OG Kush → [South Florida] x → Burma → OG Kush → [South Florida] → (specified above) → Burma → Burma → [Probably Sativa] →
»»» → Sativa → Thin Mint Cookies → (probably) → (specified above) → White Diesel → x ( → High Octane × Jet Fuel → ) → White Diesel →
»»» → NYC Diesel × Unknown Strain → NYC Diesel →
»»» → Unknown Diesel Bagseed × Af