Hawaiian Lime Ogee
Hawaiian Lime Ogee
Hawaiian Lime Ogee Strain Overview
Hawaiian Lime Ogee is a sativa-leaning hybrid cannabis strain created by Jaws Gear (Jaws Genetics), a breeding company that has been developing cannabis varieties since 2003. This strain represents a cross between Hawaiian Bud and Lime Ogee, combining tropical genetics with citrus-forward characteristics. The strain is bred as an F2 generation, indicating it has been refined through selective breeding processes.
As a mostly sativa hybrid, Hawaiian Lime Ogee is designed for both indoor and outdoor cultivation, requiring a longer flowering period of approximately 80+ days, which is typical for sativa-dominant strains. The strain was developed as part of Jaws Genetics' extensive breeding program, which focuses on creating unique genetic combinations. However, detailed information about this particular strain remains limited, as it appears to be a less widely distributed variety within the cannabis community.
The genetics suggest a combination that would likely produce citrus and tropical flavor profiles, inherited from both parent strains. Given the Hawaiian Bud parentage, users might expect some of the uplifting, creative effects commonly associated with Hawaiian genetics, while the Lime Ogee contribution would likely add citrus terpenes and potentially relaxing qualities.
Hawaiian Lime Ogee Strain Growing Information
Hawaiian Lime Ogee can be cultivated both indoors and outdoors with a flowering time of approximately 80+ days (11-12 weeks), which is typical for sativa-dominant strains. The strain produces medium yields and is classified as a sativa-leaning hybrid. It was never made available as feminized seeds, only in regular seed form through Jaws Genetics. The longer flowering time suggests this strain may require patience from growers but potentially rewards with the complex effects typical of well-developed sativa hybrids. Due to the sativa dominance, plants may stretch during flowering and could benefit from training techniques to manage height in indoor environments.