Mediterranean Genetics
Mediterranean genetics refers to cannabis lineages originating from or adapted to the Mediterranean basin—regions including Morocco, Lebanon, Greece, and southern Spain. These genetics are characterized by plants that evolved under intense UV exposure, dry growing conditions, and extended photoperiods, resulting in distinct phenotypic traits. Breeders distinguish Mediterranean lines by their typically compact structure, resinous profiles, and resilience to heat and low-humidity environments. Landrace varieties from these regions have influenced modern breeding programs seeking environmental adaptation and terpene profiles often associated with sativa characteristics in shorter flowering windows. Historical seed preservation and regional breeding practices have created identifiable genetic markers within this classification.
Mediterranean Genetics strains
No strains tagged into Mediterranean Genetics yet — they'll appear here as breeders submit lineage records under this classification.
Mediterranean genetics refers to cannabis lineages originating from or adapted to the Mediterranean basin—regions including Morocco, Lebanon, Greece, and southern Spain. These genetics are characterized by plants that evolved under intense UV exposure, dry growing conditions, and extended photoperiods, resulting in distinct phenotypic traits. Breeders distinguish Mediterranean lines by their typically compact structure, resinous profiles, and resilience to heat and low-humidity environments. Landrace varieties from these regions have influenced modern breeding programs seeking environmental adaptation and terpene profiles often associated with sativa characteristics in shorter flowering windows. Historical seed preservation and regional breeding practices have created identifiable genetic markers within this classification.
Cannabis breeders working with Mediterranean genetics often seek drought tolerance, UV-resistant terpene production, and compact growth patterns suitable for outdoor and greenhouse cultivation. These lineages serve as foundational stock for developing climate-resilient hybrids and for preserving regional genetic diversity in seed banks.
Educational reference · Cultivar metadata only · No medical claims