Chronic x Nepalese Hashplant

Chronic x Nepalese Hashplant

Chronic x Nepalese Hashplant

Sativa AI Generated

Also known as: Chronic x Nepali Watermelon Hashplant

Overview

Chronic x Nepalese Hashplant is a sativa-dominant hybrid strain created by Centennial Seeds. This strain was developed by crossing Chronic with Nepali Watermelon Hashplant, creating a unique combination that blends the relaxing qualities of Chronic with the energetic highland genetics of Nepal. The strain can be cultivated both indoors and outdoors with a flowering time of approximately 67 days (9-10 weeks).

The parent strain Chronic is an indica-dominant hybrid born from crossing Northern Lights, Skunk #1, and AK-47, known for its high THC levels of 20-22% and CBD content of 3-5%. The Nepalese Hashplant parent is a pure sativa that originates from the highland mountains of Nepal, bringing energetic and uplifting qualities to the cross. This hybrid represents an interesting fusion of modern Dutch genetics with traditional Nepalese landrace characteristics, though detailed information about this specific cross remains limited as Centennial Seeds' version was never made available as feminized seeds.

Effects

Reported Medical Uses

  • Users report relief from chronic fatigue
  • May help with depression
  • Often used for chronic stress management
  • Users report pain relief
  • May help with appetite stimulation

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

This mostly sativa strain can be cultivated both indoors and outdoors with a flowering time of approximately 67 days (9-10 weeks). The strain was never made available as feminized seeds from Centennial Seeds, suggesting it may be more challenging to obtain or cultivate consistently. Given its sativa-dominant genetics and Nepalese heritage, it likely prefers warmer climates and may grow quite tall outdoors. The strain appears to be relatively rare in cultivation, with limited availability making it difficult for most growers to access.

Genetics

Parent Strains

Similar Strains