The Leaf Index
Vol. IA field guide to cannabis cultivarsleafly.cc
No. 3653Hybrid

Mardi Gras OG V2 by Bayou Boys Genetics

Unknown

Mardi Gras OG V2 is a modern hybrid developed by Bayou Boys Genetics, known for its Gulf Coast-inspired flavors and resin production. This strain aims to capture the lively and festive spirit of New Orleans, offering a crowd-pleasing experience.

EffectsUplifted Couch-Lock
May help withInflammation
AromaCandyCitrusEarthyFloralHerbalLemonOrangePeppery

Appearance

Mardi Gras OG V2 typically produces dense, resin-coated flowers with a classic hybrid structure. The buds often feature chunky calyxes and a frosted appearance due to abundant trichomes. Coloration ranges from green hues, frequently accented by orange pistils, with some phenos potentially showing light purple on sugar leaves in cooler temperatures.

The plant structure is generally consistent with balanced hybrids, featuring moderate internodal spacing and a manageable stretch. The calyx-to-leaf ratio is favorable, which can streamline the trimming process for cultivators.

Aroma & Flavor

The aroma of Mardi Gras OG V2 is characterized by bright citrus and sweet candy notes layered over an earthy and piney foundation, often with hints of peppery spice and fuel. Breaking open a bud can reveal deeper pine resin and herbal spice scents.

On the palate, expect a bright citrus flavor, often compared to lemon-lime candy, followed by piney resin and a subtle fuel undertone. The mid-palate may present herbal spice with black pepper and basil notes, concluding with a clean, zesty finish and lingering pine sweetness.

Effects

As a balanced hybrid, Mardi Gras OG V2 can offer a combination of uplifting and relaxing sensations. Consumers may experience a sense of upliftment, potentially leading to a couch-lock effect depending on the phenotype and harvest time.

Terpenes & Cannabinoids

Key terpenes contributing to Mardi Gras OG V2's profile include myrcene, limonene, caryophyllene, and linalool, with pinene and humulene also present. Limonene contributes citrus notes, caryophyllene adds peppery spice, and myrcene provides earthy tones.

This strain typically tests with THC levels around 20%, with CBD content below 1%. Minor cannabinoids like CBG and CBC may also be present, potentially contributing to the overall effect through the entourage effect.

Origins & Lineage

Mardi Gras OG V2 is a hybrid strain created by Bayou Boys Genetics. While its exact parentage has not been officially disclosed, the "OG" in its name suggests an influence from the OG family, which typically imparts dense bud structure and a terpene profile leaning towards citrus, pine, and earthy spice.

The "V2" designation indicates a refined or second-generation selection, implying that the breeders aimed to stabilize desirable traits such as terpene intensity, bud density, and plant vigor. This refinement process typically involves further selection from filial generations or backcrosses.

Growing

Mardi Gras OG V2 is expected to exhibit traits common to balanced hybrids, including moderate internodal spacing and a manageable stretch during flowering. The bud structure is typically dense and resinous, suited for extraction.

The flowering time and specific yield are not detailed, but the V2 refinement suggests improved consistency in plant structure and finish time compared to earlier iterations. Growers should anticipate a plant that emphasizes terpene production and resin yield.

Frequently asked questions

What is the THC and CBD content of Mardi Gras OG V2?
Mardi Gras OG V2 typically contains around 20% THC and less than 1% CBD.
What are the primary aromas and flavors of Mardi Gras OG V2?
This strain is known for its aromas and flavors of candy, citrus, earthy, floral, herbal, lemon, orange, and peppery notes.
What effects can I expect from Mardi Gras OG V2?
Consumers often report uplifted feelings and a potential couch-lock effect from Mardi Gras OG V2.
What conditions might Mardi Gras OG V2 help with?
Mardi Gras OG V2 is mentioned as potentially helping with inflammation.