Space Cookies by Paradise Seeds
Space Cookies, a creation by Paradise Seeds, is a predominantly indica strain recognized for its robust genetics and appealing sensory profile. It emerged from a breeding project that combined traditional landrace varieties with modern techniques, resulting in a resilient and versatile cannabis plant.
Appearance
Space Cookies presents dense, resinous buds often displaying a mix of deep green and occasional purple hues, accented by bright orange pistils. The plant structure is compact and bushy, typical of indica varieties, reaching an average indoor height of 80-100 centimeters, making it well-suited for indoor cultivation.
Aroma & Flavor
The aroma of Space Cookies is a complex blend of earthy, spicy, and sweet notes, reminiscent of freshly baked cookies with herbal undertones. Its flavor profile mirrors this, offering an initial burst of sugary sweetness followed by robust earthy and spicy components, with some users noting a subtle hash-like pungency.
Effects
Users report that Space Cookies delivers a calming sensation, consistent with its indica-dominant genetics. This strain is often sought for its ability to promote relaxation and a sense of tranquility.
Terpenes & Cannabinoids
While specific terpene profiles can vary, common aromatic compounds found in Space Cookies include Myrcene, Limonene, and Caryophyllene. This strain is characterized by a strong THC presence, typically around 18%, with CBD levels generally below 1%.
Growing
Space Cookies is noted for its resilience and ease of cultivation, making it accessible to both novice and experienced growers. It demonstrates good resistance to common pests, particularly in indoor environments, and is known for producing consistent yields.
Origins & Lineage
Bred by Paradise Seeds, Space Cookies is a predominantly indica strain, with genetics tracing back to traditional landrace varieties and the Afghan lineage. This heritage contributes to its stable physical properties and sedative effects. Early cultivation indicated a high survival rate during flowering.