Fresh Plant Volatiles
Fresh Plant Volatiles (FPV) refer to aromatic compounds released by living cannabis tissue—leaves, flowers, and stems—during growth and handling. These volatile organic compounds (VOCs) differ from cured-flower profiles, as they include short-lived terpenes and aldehydes that dissipate during drying and curing. FPV assessment is primarily valuable in breeding programs and fresh-harvested processing contexts, where breeders evaluate live plant character before fermentation begins. Common FPV descriptors include grass-like, herbal, and green-leaf notes. Understanding FPV profiles helps breeders identify genetic expression patterns that may inform final dried-product development, though FPV aromatic signatures often transform substantially during post-harvest processing.
Fresh Plant Volatiles strains
No strains tagged into Fresh Plant Volatiles yet — they'll appear here as breeders submit lineage records under this classification.
Fresh Plant Volatiles (FPV) refer to aromatic compounds released by living cannabis tissue—leaves, flowers, and stems—during growth and handling. These volatile organic compounds (VOCs) differ from cured-flower profiles, as they include short-lived terpenes and aldehydes that dissipate during drying and curing. FPV assessment is primarily valuable in breeding programs and fresh-harvested processing contexts, where breeders evaluate live plant character before fermentation begins. Common FPV descriptors include grass-like, herbal, and green-leaf notes. Understanding FPV profiles helps breeders identify genetic expression patterns that may inform final dried-product development, though FPV aromatic signatures often transform substantially during post-harvest processing.
Breeders working with fresh-plant selection often use FPV profiling to screen phenotypes in early growth stages and guide live-resin or fresh-frozen extraction workflows. FPV data contributes to lineage documentation and helps establish genetic markers for desirable volatile precursor activity, though final product character depends heavily on post-harvest technique.
Educational reference · Cultivar metadata only · No medical claims