Cosmic Cookies
Cosmic Cookies
Also known as: CC
Overview
Cosmic Cookies is an indica-dominant hybrid strain created through crossing Girl Scout Cookies (GSC) and Chem's Sister, though some sources report it as a cross between GSC forum cut and Alien Kush bred by Pacific NW Roots. Multiple genetic variants appear to exist with different lineages. The strain maintains a 60% indica to 40% sativa ratio, representing one of the more potent hybrid varieties available today.
With THC levels consistently ranging from 20-29%, this strain commands attention from experienced cannabis consumers. The buds display distinctive grape-shaped forest green nugs with rich amber undertones, matching amber hairs, and a coating of amber crystal trichomes. The GSC lineage contributes to its pungent aroma and durability during growth. Despite conflicting origin stories, all versions share the common characteristic of being a high-THC strain with complex effects and flavors that have made it popular in cannabis communities, particularly in Southern Nevada.
Effects
Reported Medical Uses
- Users report relief from chronic stress
- May help with insomnia
- Often used for chronic pain management
- Users report help with depression
- May assist with mood swings
- Users report relief from anxiety
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Cosmic Cookies has a flowering time of 8-9 weeks and is considered a durable plant throughout the growing cycle. This makes it suitable for novice growers, though giving it too many nutrients is more dangerous than not giving enough. The strain can be cultivated both indoors and outdoors with a flowering time of approximately 60 days. Expected yield is medium with medium plant height. Plants produce over-large, airy buds that are bright green with dark yellow pistils and shiny amber crystal trichomes. With moderate growing difficulty, it's best for those with experience from a few successful harvests, producing generous yields under ideal conditions.