Diesel Ryder Cannabis Seeds

Breeder: Joint Doctor Seeds

Potent, resinous plant with NYC Diesel genetics. Fast flowering time, strong odor. Ideal for small indoor spaces.

$8.01

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Diesel Ryder Cannabis Seeds from Joint Doctor Seeds

This long awaited third instalment, in the Joint Doctor's work, is a potent, extremely resinous and tasty auto-flowering plant. An inbred cross of Soma's New York City Diesel and Lowryder #2, this strain normally produces one main cola with less branching than Lowryder or Lowryder #2. Unlike most other Lowryder hybrids created by amateurs, in the guise of new seed companies, this strain has been worked on by the Joint Doctor and mastered over the course of some years to ensure the perfect hybrid that maintains the excellent taste and effect of NYC Diesel whilst taking the auto-flowering genetics. Typical of the Joint Doctor's strains, Diesel Ryder flowers automatically at 3-4 weeks and finishes in 8-9 from seed. A small proportion of this strain will grow significantly taller than other individuals. This is a good choice for closets and small indoor set-ups but please note plants do give off a powerful odour during flowering.

Strain FAQ

The challenges of Diesel strains?

Diesel strains can be difficult because of their long flowering times and need for odour management. Due to their Sativa heritage, they like to grow upward, especially outside, which can require extra case to be taken.

Why are auto-flowering strains recommended for beginners?

Auto-flowering strains are reportedly preferred by novices since they age without light cycle modifications and naturally flower. This is said to make them easier to develop under different conditions. Their shorter development cycle makes everything much quicker and avoids the waiting period with 12/12 strains.

What role does stress play in increasing THC levels in cannabis plants?

Strategically applied stress, known as 'stress training,' can enhance THC levels in cannabis plants. Techniques such as low-stress training (LST), super cropping, and controlled light exposure are used to stress the plant in a way that boosts cannabinoid synthesis without harming the plant. This method must be carefully managed to avoid over-stressing the plants, which can lead to adverse effects.