Genetics
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International Farm Cut

4 Locoz x LVRK

4 Locoz x LVRK by International Farm Cut — indica/sativa hybrid cannabis seeds. 70-day flowering, regular.

This is International Farm Cut's release of 4 Locoz x LVRK.

Type
Indica/Sativa hybrid
Heritage
indica / sativa
Flowering
70 days
Seeds
regular
Feminized
no
Autoflowering
no

Genetics

4 LocozLVRK Lineage / GenealogyLVRK

About this release

The genetics stems from 4Locoz's multi-faceted lineage interacting with LVRK's Sour Diesel energy, Highland Afghani structural genetics, and Garberville Purple Kush coloration potential. This extraordinary genetic diversity creates up to 4-6 distinct phenotype possibilities from a single seed pack, making this cross absolutely ideal for serious breeders and dedicated pheno hunters seeking exceptional keeper plants. Plant structure varies dramatically depending on which genetic influences dominate in individual phenotypes, creating fascinating diversity that requires flexible growing approaches and careful phenotype evaluation. Some expressions favor the Highland Afghani structure from LVRK, producing compact, densely branched plants with moderate height and classical indica architecture, while others lean toward the more complex growth patterns of 4Locoz, creating medium to tall plants with unique branching characteristics and interesting structural features that stand out from typical cannabis varieties. The extended 9-10 week flowering period allows for complete terpene and cannabinoid development. Plants typically show steady, consistent development throughout the entire flowering cycle with significant weight gain during the final weeks, often surprising growers with late-stage bud expansion and dramatic resin production increases that substantially improve final yields and quality. Growing challenges primarily stem from the remarkable phenotypic diversity rather than any inherent cultivation difficulties. Different phenotype expressions may require varying nutrient schedules, environmental conditions, and support systems, making large-scale uniform cultivation more complex than standardized strains. However, this genetic diversity also provides tremendous opportunities for finding phenotypes perfectly suited to specific growing conditions, market preferences, and individual consumer needs. Coloration potential is moderate but incredibly interesting when it occu