Chamula Skunk
Chamula Skunk
Also known as: Skunk (locally)
Overview
Chamula Skunk is a mostly sativa-dominant hybrid cannabis strain originating from the highlands of Chiapas, Mexico, specifically collected from the San Cristóbal de las Casas region. According to local growers, this strain theoretically represents a cross between the famous Oaxaca Skunk and selected phenotypes of the well-known indigenous Chamula landrace strain. The strain has adapted to cold highland conditions, thriving at altitudes between 2,880-3,600 meters above sea level in temperatures ranging from 2-27°C. Chamula Skunk is characterized by its distinctive skunk aroma, fat flowers with prominent orange pistils that indicate its sativa characteristics, and abundant Mexican-style long hairs typical of regional landraces. The strain represents part of the rich cannabis heritage of Chiapas, where indigenous varieties like Chamula have grown for generations, with the Chamula landrace itself believed to originate from Oaxacan lemon-green varieties cultivated in the 1970s.
Effects
Reported Medical Uses
- Users report relief from chronic fatigue
- May help with depression
- Often used for stress management
- Potential aid for attention disorders
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Chamula Skunk requires an extended flowering period of approximately 70 days and is adapted to highland growing conditions. The strain can be cultivated indoors, outdoors, and in greenhouse environments. Plants display both narrow-leaf drug (NLD) and wide-leaf drug (WLD) phenotypes, with breeding programs utilizing distinct female phenotypes paired with WLD males. The strain shows remarkable cold tolerance, adapted to the harsh highland climate of Chiapas at high altitudes. Female plants can reach flowering periods of up to 12 weeks, producing substantial resin coverage beneath long Mexican-style pistils. Growing difficulty is considered moderate to advanced due to the long flowering time and specific environmental adaptations.