Citral Landraces
Citral Landraces comprise a collection of traditional cannabis populations that express high levels of citral—a C10 monoterpene compound—as a primary volatile constituent. These varieties originated in diverse geographic regions and were cultivated and selected by local farmers for generations before modern cannabis breeding practices. Citral itself is chemically composed of geranial and neral isomers and is commonly associated with lemon, lime, and citrus-forward aromatic profiles. Lineage records and chemical analysis frequently show citral-dominant landraces emerging from Southeast Asian, South Asian, and equatorial highland regions. Breeders studying these populations document their adaptive traits alongside their terpene expression, making them valuable for understanding both traditional cultivation practices and modern cannabinoid-terpene relationships. The genetic stability and re
Citral Landraces strains
No strains tagged into Citral Landraces yet — they'll appear here as breeders submit lineage records under this family.
Citral Landraces comprise a collection of traditional cannabis populations that express high levels of citral—a C10 monoterpene compound—as a primary volatile constituent. These varieties originated in diverse geographic regions and were cultivated and selected by local farmers for generations before modern cannabis breeding practices. Citral itself is chemically composed of geranial and neral isomers and is commonly associated with lemon, lime, and citrus-forward aromatic profiles. Lineage records and chemical analysis frequently show citral-dominant landraces emerging from Southeast Asian, South Asian, and equatorial highland regions. Breeders studying these populations document their adaptive traits alongside their terpene expression, making them valuable for understanding both traditional cultivation practices and modern cannabinoid-terpene relationships. The genetic stability and re
Citral landraces serve as foundational genetics for breeders developing modern cultivars with consistent citral-forward profiles. Their documented adaptation to specific climates and growing conditions makes them valuable parents for hybrid development targeting both aroma and regional cultivation suitability.
Educational reference · Cultivar metadata only · No medical claims