DeepChunk S1
DeepChunk S1
Also known as: Deep Chunk S1, DC S1
Overview
DeepChunk S1 is a feminized strain created by Alpine Seeds through crossing their three best Deep Chunk females to create an inbred generation that can express different phenotypes while maintaining the legendary characteristics of the original Deep Chunk genetics. The strain originates from the original Deep Chunk, a pure Afghani indica landrace introduced to Northern California in the late 1970s by renowned breeder Tom Hill. This feminized S1 generation exhibits incredibly high resin production on certain phenotypes, typical Afghani aroma, and unbeatable potency. The plants produce stone-hard, compact buds with resin production that is exceptional, though mold risk is relatively low as most Afghan genetics have built up natural resistance. The primary weakness of DeepChunk S1 is its very low yield, producing only a few grams but compensating with extremely high quality. The strain exhibits classic indica characteristics with short internodal distances, compact appearance, and thick, fleshy leaves, while the aroma is typically Afghan with sweet and hashy scents.
Effects
Reported Medical Uses
- Users report relief from chronic pain
- May help with insomnia
- Often used for stress management
- Users report benefits for depression
- May help with anxiety
- Often used for muscle spasms
- Users report appetite stimulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
DeepChunk S1 can be cultivated indoors, outdoors, and in greenhouse environments with a flowering time of approximately 55 days. The strain grows very slowly and requires a sufficiently long vegetative phase to reach adequate height before flowering can be initiated. Growers can expect slightly different plant types with minor variations in resin production and growth structure between phenotypes. While Alpine Seeds found no hermaphrodite plants in their feminized testing, the IBL genetics mean hermaphroditism cannot be completely ruled out due to potentially recessive intersex genes. These plants prefer light feeding and watering schedules. Growing difficulty is considered moderate to advanced due to slow growth and low yields.