Orange Ice Pop by Lovin In Her Eyes
Select Citrus Strains × Icy, Terpene-Rich Varieties
Orange Ice Pop is a hybrid cannabis strain developed by Lovin' In Her Eyes, notable for its balanced genetic profile and distinctive sensory experience. It aims to combine classic citrus qualities with a cooling finish, making it a favorite among connoisseurs.
Appearance
Orange Ice Pop presents visually striking buds characterized by vibrant green hues, often accented with pale orange pistils. A generous coating of frosty trichomes covers the dense, compact flowers, indicating high resin production and contributing to its potent appeal.
Aroma & Flavor
The aroma of Orange Ice Pop is a refreshing blend of zesty orange and cooling mint, with underlying notes of pine and earthiness. Upon inhalation, the flavor follows suit with a tangy citrus burst that quickly transitions into a clean, mint-infused aftertaste, complemented by subtle spicy and herbal undertones.
Effects
This hybrid strain offers a balanced experience, providing both mental stimulation and physical relaxation. Users often report calm, focused, and cerebral effects, making it suitable for managing everyday stress and anxiety.
Terpenes & Cannabinoids
Laboratory analysis indicates a terpene profile rich in limonene, myrcene, caryophyllene, and linalool, contributing to its unique aroma and flavor. The cannabinoid content typically features THC levels between 18% and 24%, with trace amounts of CBD (around 0.5-1%), offering a well-rounded effect profile.
Growing
Orange Ice Pop is known for its robust morphology and resilience in various cultivation settings, suitable for both indoor and outdoor growth. The plants reach an average height of 100-130 centimeters, producing dense, high-quality buds.
Origins & Lineage
Developed in the mid-2010s by Lovin' In Her Eyes, Orange Ice Pop is a hybrid resulting from a deliberate cross between select citrus strains and icy, terpene-rich varieties. This breeding process aimed to enhance aromatic qualities, cannabinoid distribution, and overall potency.