Arabian Night
Arabian Night
Overview
Arabian Night is a hybrid cannabis strain developed by Larger Than Life Seed Co., created through the crossing of Alien Nightmare (from SinCity Seeds) and Lumbo Tech. This indica/sativa hybrid represents a unique combination of powerful genetics, blending the deeply relaxing effects of Alien Nightmare with the characteristics of Lumbo Tech. The strain features dense, resinous buds that exhibit the classic indica structure with substantial trichome production. Arabian Night demonstrates the complex breeding work of Larger Than Life Seed Co., which has focused on creating strains that offer both potency and unique terpene profiles. The genetic foundation draws from established lineages including Aliens On Moonshine and WhiteNightmare through its Alien Nightmare parent, contributing to its robust growth characteristics and substantial cannabinoid production. This strain represents modern cannabis breeding techniques applied to create a distinctive cultivar that appeals to both recreational users and cannabis connoisseurs seeking a balanced yet potent experience.
Effects
Reported Medical Uses
- Users report relief from insomnia
- May help with chronic pain
- Often used for stress relief
- Reported to aid with anxiety
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Arabian Night can be cultivated indoors, outdoors, and in greenhouse environments with a flowering time of approximately 65 days (±9 weeks). This hybrid demonstrates good adaptability to various growing conditions and methods, making it suitable for both novice and experienced cultivators. The strain exhibits moderate growth characteristics typical of indica/sativa hybrids, producing dense, resinous buds with above-average yields. Plants respond well to training techniques and benefit from proper environmental controls. The strain has shown resilience and flexibility in different climates, though specific details about optimal growing conditions remain limited due to its relatively recent development.