Bloody Duck

Bloody Duck

Bloody Duck

Hybrid AI Generated

Overview

Bloody Duck is an autoflowering F1 hybrid strain developed by TNT Genetics, created through crossing Hawaiian Zombie Duck F1 with BMG (a Bloody Skunk x Mystery Strains x Gorilla Ryder cross). This strain represents a complex polyhybrid combining ruderalis, indica, and sativa genetics, featuring an intricate lineage that traces back to classic strains including Frisian Duck, Ducksfoot, Skunk #1, and various landrace varieties. The strain inherits its unusual name from its genetic heritage which includes the distinctive 'Duck' family of cannabis strains known for their webbed, duck-foot-shaped leaves during early growth. TNT Genetics sourced the original genetics from Hawaiian Grasshopper Genetics and Uncle Johnny's Seeds, creating this unique autoflowering variety that maintains the stealth characteristics of its Duck lineage ancestors. As an F1 autoflower, Bloody Duck represents the first generation cross between its parent strains, which may result in some genetic variation among individual plants. The strain's complex background suggests it may exhibit traits from both its indica and sativa heritage, though specific phenotypic expressions are not well documented due to limited cultivation reports.

Growing Information

Bloody Duck is an autoflowering strain with a grow time of 9-11 weeks from seed to harvest. It can be cultivated both indoors and outdoors with a flowering period of approximately 70 days (10 weeks). The strain is only available as regular seeds, meaning growers will get both male and female plants. As an autoflower, it does not require a photoperiod change to initiate flowering, making it suitable for beginner growers or those seeking a quicker harvest cycle. The strain's ruderalis genetics contribute to its autoflowering nature and may provide some resistance to harsh growing conditions. However, specific information about yield expectations, plant height, growing difficulty, or special cultivation requirements is not available in current documentation.

Genetics

Child Strains

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