Ghaze by Dutch Flowers
Haze × Indica
Ghaze by Dutch Flowers is an indica-dominant hybrid developed by Dutch Flowers, merging traditional Haze genetics with a strong indica base. This strain is recognized for its complex sensory profile and balanced effects, appealing to both new and experienced cannabis consumers.
Appearance
Ghaze presents dense, trichome-coated buds with a visually appealing, frosted appearance. The buds typically display deep green coloration, often accented with purple and burgundy hues. Vibrant orange pistils contrast with the lush calyxes, and the compact structure reflects its indica heritage.
Aroma & Flavor
The aroma of Ghaze is a complex blend of earthy tones and bright citrus notes, with underlying hints of pine and subtle spice. Upon inhalation, the flavor profile delivers an invigorating burst of citrus zest and spicy undertones, followed by lingering notes of earth and pine, creating a clean, herbaceous finish.
Effects
Ghaze is noted for providing a cerebral stimulation characteristic of Haze genetics, balanced by the relaxing and potentially sedative properties of its indica base. This combination results in a unique hybrid effect that is both uplifting and calming.
Terpenes & Cannabinoids
Ghaze typically contains THC levels ranging between 20% and 25%, with CBD content below 1%. Key terpenes identified include Myrcene and Limonene, contributing to its herbal and citrus notes, and Caryophyllene, which adds spicy undertones. Approximately 85% of its genetic makeup aligns with indica traits.
Growing
Ghaze exhibits resilient growth patterns and a uniform morphology, indicative of its stable genetics, making it a reliable choice for cultivation. Its compact formation is characteristic of its indica heritage.
Origins & Lineage
Developed by Dutch Flowers, Ghaze is a hybrid strain carefully bred to combine traditional Haze genetics with a predominantly indica foundation. The lineage draws from Moroccan and Afghani landraces for structure and resin production, alongside renowned Haze strains for aromatic complexity and cerebral effects.