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ZOM-IND-WEB-0620250031
The Upper Paren 'Lemon' Feral Selection 2025 is a feral landrace cannabis accession collected by Isabella and Éloïse of the Zomia Collective in West Bengal, India.
Cannabaceae
Cannabaceae is a small family of flowering plants in the order Rosales, containing about ten genera and between approximately 117 and 170 species, with the precise count depending on the treatment of variable genera such as Trema, Parasponia and Celtis. The family includes the herbaceous genera Cannabis (hemp) and Humulus (hops), which are its most economically important members, alongside the woody genera Celtis (hackberries), Trema, Aphananthe, Chaetachme, Gironniera, Lozanella, Parasponia and Pteroceltis. It is sometimes called the hemp family.
The family is recognised in its present, expanded form only since the early 2000s. Earlier botanists placed Cannabis and Humulus variously in Urticaceae or Moraceae, and the remaining genera in a separate family Celtidaceae. Molecular phylogenetic analyses of plastid DNA in the late 1990s and early 2000s showed that Cannabis and Humulus are nested within former Celtidaceae genera, and that the combined group is best treated as a single family. Under priority rules, Cannabaceae, the older family name, was retained.
Few morphological characters apply to every member of the family. Cannabaceae includes trees, shrubs, erect herbs and twining vines; leaves may be alternate, opposite or both on the same plant; and fruits may be drupes, samaras or achenes. The family is held together by molecular evidence and a small set of supporting characters including usually unisexual and inconspicuous flowers, antitepalous stamens, the presence of stipules and diporate or triporate pollen. read more →
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We are witnessing the rapid disappearance of traditional cultivation knowledge and genetic diversity in cannabis. These landrace populations represent thousands of years of natural and human selection, containing unique genetic traits and chemical profiles. Systematic documentation and conservation efforts can serve as a bridge, preserving irreplaceable genetic heritage while supporting traditional communities and advancing our understanding of this remarkable plant.
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