English OG
English OG
Also known as: English O.G.
Overview
English OG is a predominantly indica-dominant hybrid strain developed by Lady Sativa Genetics through crossing the legendary UK clone-only Exodus Cheese with OG Kush (SFV phenotype). This strain represents a unique fusion of British cannabis genetics with the renowned California OG lineage, creating a balanced cultivar that combines the distinctive characteristics of both parent strains. The breeding utilized an OG Kush (SFV) male selected from Captain Crip's 2009 OG (SFV) backcross project, ensuring genetic stability and desirable traits.
English OG exhibits the classic appearance of indica-dominant varieties, growing short and compact with abundant internodes and a bushy structure that remains under 90cm in height. The plants develop dense, resinous buds with crystal coverage typical of premium cannabis strains. The strain is noted for its ease of cultivation and high yields despite its compact stature, making it suitable for both indoor and outdoor growing environments. English OG flowers relatively quickly with a flowering period of 55-65 days, making it attractive to both commercial cultivators and home growers seeking efficient production cycles.
Effects
Reported Medical Uses
- Users report relief from stress
- May help with muscle tension
- Often used for relaxation
- Reported benefits for anxiety management
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
English OG is considered an easy-to-grow strain suitable for beginners, with a flowering time of 55-65 days. Plants remain compact, staying under 90cm in height, making them ideal for indoor cultivation and discrete growing operations. The strain produces high yields despite its short stature due to abundant internodes and dense bud structure. It can be successfully cultivated both indoors and outdoors, adapting well to various growing techniques including topping, super cropping, and sea of green methods. The plants exhibit uniform growth patterns with minimal phenotype variation.