Amherst Sour Diesel

Amherst Sour Diesel (Chemdawg x Amherst Super Skunk) is a very massive and strong mostly Sativa that originates from the legendary elite clone Amherst. In California, this strain has been highly prized as a cutting for years and is now legendary.

Amherst Sour Diesel has a very delicious aroma of ripe fruit combined with a little petroleum, it is very creamy and also contains odours of exotic woods. It is very easy to grow indoors, outdoors a rain-protected balcony or terrace is ideal for growing marvellous plants. It is also extremely strong and should therefore not be underestimated in the medicinal sector...

• Lineage: Chemdawg x Amherst Super Skunk
• Genetics: mostly Sativa
• Flowering Time: 9 - 10 weeks
• Smell: ripe fruit, petroleum, creamy, exotic wood
• THC: 27%

• Humboldt Seed Organization: California-inspired HSO genetics

The Humboldt Seed Organization (HSO) is a breeder known for selecting and developing cannabis genetics with a strong California influence. The range includes different Humboldt Seed Organization seeds, with feminized, autoflower and fast varieties alongside numerous hybrids from selected genetic lines.

Well-known genetics associated with Humboldt Seed Organization include Blue Dream, Banana Sapphire, Chocolate Mint OG and Amherst Sour Diesel. The HSO catalogue covers different genetic directions and makes it possible to compare varieties by lineage, flowering type, plant structure and aroma profile.

Quick Facts

Breeder: Humboldt Seed Organization (HSO)

Focus: selection and development of California-inspired cannabis genetics

Seed types: feminized, autoflower and fast

Well-known varieties: Blue Dream, Banana Sapphire, Chocolate Mint OG, Amherst Sour Diesel

Comparison criteria: genetics, flowering type, structure and aroma profile

The selection of Humboldt Seed Organization seeds includes varieties such as Banana Sapphire, Chocolate Mint OG and Geist OG Fast. These varieties represent different directions within the HSO catalogue and can be compared according to the individual characteristics of each genetic line.