Under 0.3% Delta-9 THC

Genetics: 

ERB4x x GG#4 Conversion

Breeder:

Oregon CBD

Cannabinoid Content: 

13% CBDA, 1.1% CBGA / 15.1% Total Cannabinoids

Dominant Terpenes: 

Myrcene, β-Caryophyllene, Terpinolene, Caryophyllene Oxide, Ocimene

Type: 

Hybrid

Aroma: 

Initially, the aroma is a bit subtle - something like a lemon bar dusted with powdered sugar and served with a glass of whole milk. Grind up a bud and be whisked away to the tropics with a big notes of pineapple, key lime, and a bit of grape candy.

Flower Description: 

Like pine trees covered in new-fallen snow, these dense buds are positively caked in perfectly-ripe crystals. Beneath their resinous blanket, you'll find shades of violet and emerald pouring across a field of winding orange pistils. In terms of size, the buds are generally on the smaller side and, while shaped well, do contain some spaces in between the dense calyxes.

Fun Fact: This flower contains over 3.6% terpenes! That is the HIGHEST terpene content we have ever seen at Tweedle Farms. Typically, cannabis exhibits a ratio of 10-15:1 cannabinoids:terpenes, with the "dankest" strains hitting that 10:1 threshold. The ratio of this strain is 4.2:1. Also of note is the fact that this flower contains some terpenes rarely-seen in cannabis such as a-Phellandrene, Squalene, and not only Farnesene, but also Farnesol 1 & 2.

As always, this flower was grown without any kind of pesticides, sprays, or synthetic fertilizers. This product has passed third-party lab tests for standardized potency, pesticides, heavy metals, and microbes.

Despite the extremely low concentration of THC, Tweedle Farms makes NO guarantee that any individual will be able to pass a drug test after using this product.

These statements have not been evaluated by the Food and Drug administration. This product is not intended to diagnose, treat, cure or prevent any disease. All products contain less than 0.3% Δ9THC.

Packaged in recyclable TerpLoc bags, specifically engineered to provide the perfect environment for cannabinoid and terpene retention. Learn more.