Automaria
Automaria
Also known as: Automaria I
Overview
Automaria is the first autoflowering strain developed by Paradise Seeds, representing a significant milestone in cannabis breeding history. This strain is the first autoflowering variety in Paradise Seeds' range and was bred from Cannabis ruderalis and the famous Santa Maria strain. Automaria is an evenly split hybrid (50% ruderalis/50% indica) strain created as a potent cross between Kazakhstan Ruderalis and Afghani Indica strains. The strain was specifically bred to incorporate the autoflowering abilities of the Ruderalis variety of cannabis, making it ideal for growers seeking convenience and reliability. The buds have tiny pebble-shaped olive green nugs with lots of bright neon green leaves and fiery orange hairs, dusted with a fine layer of milky white trichomes and sweet sticky resin. This variety combines the desired autoflowering quality from cannabis ruderalis with the more dense, savory, and pleasant cannabinoid balance of a hardy landrace Afghan indica.
Effects
Reported Medical Uses
- Users report relief from chronic pain due to injury or illness
- May help with insomnia
- Often used for headaches or migraines
- May assist with chronic stress management
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
- Dry Mouth
- Dry mouth
- Potential couch-lock in higher doses
- May cause sedation
Growing Information
Automaria can be cultivated indoors and outdoors with a flowering time of 55-65 days from germination. Indoor yields average 350g per m², while outdoor plants can produce approximately 350g per plant. This fast flowering variety is of Ruderalis/Indica origin and is known for its ease of cultivation. The ruderalis genes allow Automaria to grow virtually anywhere - balconies, patios, window boxes, indoors or outdoors. The plant grows vegetatively for approximately 14 days and then enters into a rapid, almost violent flowering period. Difficulty level is considered beginner-friendly due to its autoflowering nature and hardy genetics.