Terpene Volatility Temperature
Terpene volatility temperature refers to the thermal conditions at which different cannabis terpenes vaporize or evaporate from plant material. Major terpenes in cannabis exhibit distinct volatility profiles—limonene typically vaporizes around 176°C, while myrcene begins releasing around 168°C, and pinene around 156°C. Understanding these temperature thresholds is fundamental to extraction and consumption methods, as heating above or below a terpene's volatility point directly affects which aromatic compounds are preserved or lost. Breeders and cultivators working with specific terpene profiles must consider post-harvest handling, storage conditions, and processing temperatures to maintain desired chemical compositions. This classification has become increasingly relevant in breeding programs focused on solventless extraction and live resin production.
Terpene Volatility Temperature strains
No strains tagged into Terpene Volatility Temperature yet — they'll appear here as breeders submit lineage records under this classification.
Terpene volatility temperature refers to the thermal conditions at which different cannabis terpenes vaporize or evaporate from plant material. Major terpenes in cannabis exhibit distinct volatility profiles—limonene typically vaporizes around 176°C, while myrcene begins releasing around 168°C, and pinene around 156°C. Understanding these temperature thresholds is fundamental to extraction and consumption methods, as heating above or below a terpene's volatility point directly affects which aromatic compounds are preserved or lost. Breeders and cultivators working with specific terpene profiles must consider post-harvest handling, storage conditions, and processing temperatures to maintain desired chemical compositions. This classification has become increasingly relevant in breeding programs focused on solventless extraction and live resin production.
Breeders selecting for specific terpene profiles now factor volatility temperature into phenotype selection, particularly for cultivars intended for rosin, hash, or fresh-frozen extraction methods. Understanding terpene stability under various thermal conditions helps breeders develop stable lineages for precision cultivation and processing.
Educational reference · Cultivar metadata only · No medical claims