ECSD x DSD
ECSD x DSD
Also known as: East Coast Sour Diesel x Double Strawberry Diesel
Overview
ECSD x DSD is a specialized hybrid strain created by Ganja Rebel Seeds, combining East Coast Sour Diesel (ECSD) with Double Strawberry Diesel (DSD). This F1 hybrid represents a crossing between two distinct diesel lineages - the legendary East Coast Sour Diesel, known for its potent sativa-leaning effects and classic diesel aroma, and Double Strawberry Diesel, a Reservoir Seeds creation that brings fruity strawberry notes to the traditional diesel profile. According to the breeder, the DSD parent contributes to reducing the flowering time of the typically longer-flowering ECSD while adding enhanced colors and bud density. The strain was developed by Ganja Rebel Seeds, a boutique breeder based in Southern Humboldt who spent over 15 years collecting elite genetics. This crossing is designed to combine the energizing, cerebral effects of ECSD with the more balanced, fruity characteristics of Double Strawberry Diesel, potentially creating a strain that maintains diesel potency while offering improved cultivation traits and a more complex terpene profile.
Effects
Reported Medical Uses
- Users report potential relief from chronic pain
- May help with anxiety symptoms
- Often used for mood enhancement
- Possible appetite stimulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
- Dry Mouth
- Dry Eyes
- Possible Anxiety
- Dry mouth
- Dry eyes
- Potential anxiety in sensitive users
- Possible paranoia at high doses
Growing Information
ECSD x DSD has a flowering time of 9-11 weeks indoors with outdoor harvest expected between October 7th-21st. Suitable for indoor, outdoor, and greenhouse cultivation. The DSD genetics help reduce the traditionally longer flowering time of ECSD while adding improved bud density and coloration. Expected to show hybrid vigor with moderate difficulty level. Regular seeds only, not available as feminized. Plants likely to show varied phenotypes given the F1 generation status.