The Leaf Index
Vol. IA field guide to cannabis cultivarsleafly.cc
No. 3751Sativa

Pineapple Pie by Karma Genetics

Unknown "Pineapple" x Unknown "Pie"

Pineapple Pie is a sativa-dominant strain bred by Karma Genetics, known for its tropical and dessert-like aroma profile. Emerging in the 2010s, it balances sweet, candy-like notes with a robust structure, making it a favorite among connoisseurs and hash makers.

AromaPineappleCitrusCandyHoneyPineSkunky

Appearance

Pineapple Pie plants typically exhibit medium stature with strong branching. The dried flowers are conical or torpedo-shaped, featuring dense bracts covered in a heavy layer of trichomes that give them a sparkling, frosted appearance. Pistils mature from orange to copper, curling into the bud mass. Bud density is generally high, and many phenotypes can develop subtle purple hues in the sugar leaves under specific temperature conditions.

Aroma & Flavor

The aroma of Pineapple Pie is characterized by bright top notes of ripe pineapple and sweet, pastry-like undertones, reminiscent of candy or baked goods. Underlying notes of pine and subtle spice can also be present. When combusted or vaporized, flavors often mirror the aroma, with prominent pineapple, citrus, and sweet, doughy notes, sometimes accompanied by a faint skunky or lemony finish.

Effects

Reported effects for Pineapple Pie lean towards an energetic and uplifting experience, consistent with its sativa-leaning profile. Users often describe a clear-headed and stimulating sensation, which may promote focus and creativity. The strain is generally considered to provide a balanced experience without significant sedation.

Terpenes & Cannabinoids

While specific cannabinoid percentages can vary, Pineapple Pie typically tests around 18% THC with less than 1% CBD. The terpene profile is notable for its complex aromatic compounds. Key terpenes include Limonene, contributing to citrus and pineapple notes; Caryophyllene, offering spicy undertones; and Linalool, adding floral hints. Other terpenes like Pinene, Humulene, Terpinolene, and Ocimene may also be present, contributing to the strain's unique scent and effect profile.

Growing

Pineapple Pie is described as a medium-vigorous plant that is relatively forgiving to grow, with solid internodal spacing and a tendency towards resin density. It produces a respectable yield, with indoor growers reporting averages of 450-600 g/m² and outdoor plants capable of yielding 1.5-2.5 kg. The flowering period is typical for its type, and the plant's structure rewards both flower and hash production due to its resinous trichome heads.

Origins & Lineage

Bred by Karma Genetics, a breeder renowned for OG/Kush work, Pineapple Pie emerged in the 2010s. While Karma Genetics has not officially disclosed the exact parentage, it is widely believed to be a cross involving a tropical 'Pineapple' mother and a 'Pie' line male, potentially related to Cherry Pie through Karma's breeding lines. This lineage suggests a hybrid with tropical-sativa aromatics over a kush-leaning foundation. The strain is known for its phenotypic variability.

Frequently asked questions

What is Pineapple Pie's genetic makeup?
Pineapple Pie is generally considered a sativa-dominant hybrid, though its exact lineage is not officially confirmed by Karma Genetics. It is thought to be a cross involving a pineapple-type strain and a pie-line strain.
What are the primary aromas and flavors of Pineapple Pie?
Pineapple Pie is known for its prominent pineapple aroma and flavor, often accompanied by sweet, candy-like, citrus, and sometimes doughy or pastry notes. Subtle pine and skunky undertones may also be present.
What effects can I expect from Pineapple Pie?
Users typically report energetic and uplifting effects from Pineapple Pie, often described as promoting focus and creativity. It is generally considered a daytime strain.
Is Pineapple Pie good for hash making?
Yes, Pineapple Pie is highly regarded by hash makers for its above-average resin production and large, stable trichome heads that process well in solventless extraction methods.