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Thin Mints Lineage

The Thin Mints lineage traces back to Girl Scout Cookies (GSC) genetics, specifically crosses involving the Durban Poison and OG Kush heritage within that parent strain. Breeders have developed numerous phenotypes and F1 hybrids from this family, with records frequently reporting minty, cookie-forward terpene profiles and compact plant structures. The lineage is commonly associated with dense bud development and noted for producing stable offspring across multiple generations. Thin Mints-type strains represent one of the most documented breeding branches within the modern GSC family tree, with many seed banks and breeders maintaining backcrosses and stabilized lines. The genetic foundation allows for both pure-line work and complex hybrid development.

Lineage Atlas · 0 records

Thin Mints Lineage strains

No strains tagged into Thin Mints Lineage yet — they'll appear here as breeders submit lineage records under this family.

About Thin Mints Lineage

The Thin Mints lineage traces back to Girl Scout Cookies (GSC) genetics, specifically crosses involving the Durban Poison and OG Kush heritage within that parent strain. Breeders have developed numerous phenotypes and F1 hybrids from this family, with records frequently reporting minty, cookie-forward terpene profiles and compact plant structures. The lineage is commonly associated with dense bud development and noted for producing stable offspring across multiple generations. Thin Mints-type strains represent one of the most documented breeding branches within the modern GSC family tree, with many seed banks and breeders maintaining backcrosses and stabilized lines. The genetic foundation allows for both pure-line work and complex hybrid development.

Breeder relevance

Breeders working in the Thin Mints category often select for terpene expression (particularly limonene and caryophyllene), compact morphology, and flower density. The lineage serves as a reliable parental base for creating F1 hybrids and for stabilizing desirable phenotypic traits across successive generations.

Educational reference · Cultivar metadata only · No medical claims