Scoops Of Cream
2 Scoops × Cookies and Cream
Scoops of Cream is a dessert-forward cannabis cultivar celebrated for its creamy, sherbet-like aroma and balanced, indica-leaning hybrid effects. Its name suggests a lineage rooted in confectionary genetics, with many West Coast varieties tracing back to two classic dessert strains. This cultivar offers a smooth experience, rich resin production, and a pleasant, giggly high.
Appearance
Scoops of Cream typically develops dense, medium-sized buds with a good calyx-to-leaf ratio, often resembling golf balls or cones. The flowers display green hues accented by auburn or tangerine pistils and are covered in a thick layer of frosty trichomes, indicating high resin content. Certain phenotypes may show deeper greens with lavender undertones, especially in cooler temperatures, while others lean brighter with neon flecks.
The sugar leaves are moderately sized and heavily coated in trichomes, making them suitable for concentrate extraction. When broken apart, the buds reveal densely packed trichome heads and sticky resin, suggesting a consistent moisture content around 10-12% in well-cured samples.
Aroma & Flavor
The aroma of Scoops of Cream is characterized by notes of orange sherbet, vanilla bean, and whipped cream, underpinned by a subtle earthy or sandalwood base. Initial scents often include citrus and creamy, lactone-like perceptions, with some users detecting a berry chiffon undertone after aeration. Secondary aromas can include warm spice and hints of cocoa wafer.
The flavor profile mirrors the aroma, tasting like a blend of orange-vanilla gelato and sugar cookies. The inhale is smooth, featuring vanilla and sweet cream, while the exhale introduces citrus sherbet and light berry notes, finishing with an earthy-cookie taste and a hint of spice.
Effects
Scoops of Cream provides a balanced, indica-leaning hybrid effect that is often described as a soothed, giggly high. It is sought after for evening unwinding, social gatherings, and relaxation, promoting a sense of ease without feeling overly racy.
The effects are generally consistent with comfort-forward hybrids, offering a pleasant experience that users enjoy when taste is a priority. While specific lab data is still emerging, the reported effects align with its dessert-like profile and genetic background.
Terpenes & Cannabinoids
Early observations suggest Scoops of Cream is often dominant in caryophyllene, with supporting levels of limonene and myrcene. This terpene profile is common in its parent strains and contributes to its complex aroma and flavor, as well as potential body-easing effects.
Cannabinoid analysis typically shows THC levels ranging from 18-26%, positioning it among potent modern hybrids. CBD content is usually below 1%, with minor cannabinoids like CBG sometimes present. High terpene totals, often between 1.5-3.0%, contribute to its pronounced aroma and flavor.
Origins & Lineage
Scoops of Cream is believed to have emerged on the West Coast between 2021 and 2023, aligning with a market trend favoring dessert and berry-sweet terpene profiles. Its name and genetics suggest a deliberate homage to popular dessert strains.
The most commonly cited lineage is a cross between 2 Scoops and Cookies and Cream. 2 Scoops is known for its sherbet-like sweetness and earthy notes, while Cookies and Cream offers a creamy vanilla-cookie flavor. Some variations may incorporate other gelato-family genetics, leading to slight differences in phenotype.
Growing
Growing Scoops of Cream typically involves medium-dense bud formation with a favorable calyx-to-leaf ratio. The plant is known for luxurious resin production, making it ideal for concentrate extraction. Phenotype variations are common, with some expressions leaning more towards orange sherbet and others towards vanilla cookie.
Growers should aim for a controlled environment that supports robust resin development. Proper curing is essential to preserve the delicate creamy top notes, with suggested methods involving a moderate dry and extended cure period to maintain optimal moisture levels and flavor complexity.