CBD Yummy
CBD Yummy
Also known as: Yummy CBD
Overview
CBD Yummy is a sativa-dominant cannabis strain developed by CBD Crew, created through careful breeding to produce high CBD content with minimal psychoactive effects. Originally Yummy was a cross of a very special Yumbolt strain selected in 2003, with the G13 Haze male. The CBD version is equally special being the most sativa of the CBD Crew's strains. This strain represents the evolution of cannabis breeding toward therapeutic applications, offering users the medicinal benefits of cannabidiol without the overwhelming psychoactive effects typically associated with high-THC varieties. The strain boasts a THC:CBD ratio of around 1:1, making it an ideal candidate for medical users seeking large amounts of the medicinal cannabinoid CBD, along with the benefits associated with THC. It is a strong stemmed strain with good self support producing large colas. The plants exhibit robust growth characteristics with thick stems and large, dense buds covered in trichomes, making it both visually appealing and therapeutically potent.
Effects
Reported Medical Uses
- Users report relief from anxiety
- May help with appetite loss
- Often used for pain management
- Users report help with nausea
- May assist with insomnia
- Often used for depression relief
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Yield: 400 g/m² Flowering Time: 9-10 Weeks Given a dry and warm climate, CBD Yummy marijuana plants will offer up an average yield after spending 7-9 weeks flowering. Strong stemmed and quite self supporting. Gives large cola & beautiful buds. Super cropping recommended to get bigger yields. It can provide very low THC phenos, but mostly 1:1. Grows good both outdoors and indoors. This strain is suitable for both novice and experienced growers, with moderate difficulty. The plants prefer warm, dry conditions and respond well to training techniques like super cropping to maximize yields. Indoor cultivation typically produces around 400g/m² while maintaining good structural integrity due to strong stems.