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π Join the intriguing discussion of personality and cannabis preferences! Discover if your personality may affect the chemotype of cannabis you may like to consume. We delve into Revealed Preferences theory and The Big 5 Personality Traits (Openness, Conscientiousness, Extraversion, Agreeableness, and Neuroticism) to uncover potential connections. π§ πΏ Join us as we build a model between personality type and preferred chemotype, using consumer review data, lab results, and natural language processing (NLP) to detect personality traits. π
π€ Join the fun, data wrangling, and analytics in the Cannabis Data Science meetup, every Wednesday at 8:30am PST | 10:30am CDT | 11:30am EST. https://www.meetup.com/cannabis-data-science/
π§βπ» Find the data and source code: https://github.com/cannlytics/cannabis-data-science
πΈ Support the group: https://opencollective.com/cannlytics-company
π₯ Check out Cannlytics: https://cannlytics.com
π‘In curiosity, we start applying phylogenetics to study the genesis of some of the most popular cannabis strains, including Runtz, Jack Herer, and Haze varieties. We are able to identify all Runtz varieties grown in Washington State in 2022, when each variety was first tested, and who grew the variety. The groundwork is then laid to untangle the web of strains with data of propagation techniques and plant transfers. The work of creating a timeline for the emergence of each and every cannabis strain has begun.
π€ Join the fun, data wrangling, and analytics in the Cannabis Data Science meetup, every Wednesday at 8:30am PST | 10:30am CDT | 11:30am EST. https://www.meetup.com/cannabis-data-science/
π§βπ» Find the data and source code: https://github.com/cannlytics/cannabis-data-science
πΈ Support the group: https://opencollective.com/cannlytics-company
π₯ Check out Cannlytics: https://cannlytics.com
π Join us as we uncover facts about pesticide use in the cannabis industry. Using public lab results, we identify various pesticides used and count the number of contaminated samples in Washington State. We also build a statistical model to predict the likelihood of detecting pesticides, such as Piperonyl butoxide (PBO), in cannabis flower and hydrocarbon concentrates.
π€ Join the fun, data wrangling, and analytics in the Cannabis Data Science meetup, every Wednesday at 8:30am PST | 10:30am CDT | 11:30am EST. https://www.meetup.com/cannabis-data-science/
π§βπ» Find the data and source code: https://github.com/cannlytics/cannabis-data-science
πΈ Support the group: https://opencollective.com/cannlytics-company
π₯ Check out Cannlytics: https://cannlytics.com
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