Complete Plant Genetics Guide in Rust: How to Grow the Perfect Clone

Agriculture in Rust is a powerful tool for obtaining high-tier teas, berries, cloth, and food. The key to successful farming lies in understanding plant genetics. Every plant has 6 gene slots, and by combining them, you can breed ideal hybrids that grow incredibly fast and yield massive harvests.

1. Understanding Gene Types

Every seed has a random set of six genes. Genes can be positive (green) or negative (red):

• G (Growth): Increases the speed of plant growth.
• Y (Yield): Increases the quantity of crops harvested from a single plant.
• H (Hardiness): Makes the plant more resistant to poor soil temperature and lack of light.
• X (Empty): A useless gene that does absolutely nothing.
• W (Water): Increases water consumption, requiring more active watering.

2. How Crossbreeding Works

When plants in a planter box transition to the Crossbreeding stage, they copy genes from neighboring plants. If a plant has neighbors, its genes in each slot can change based on the majority rule:

• For a gene to be replaced in a slot, the neighboring plants must have identical genes in the same slot.
• The calculation works by weight: positive genes (G, Y, H) have a crossbreeding weight of 1.0, while negative genes (X, W) are dominant and have a crossbreeding weight of 1.2.
• If the sum of weights of a certain gene from neighboring plants exceeds the sum of weights of any other gene, that slot will be replaced by the winning gene.

3. Step-by-Step Breeding Guide

To breed a perfect clone (e.g., GGGGYY or 4Y2G):

1. Plant different seeds and grow them until the Sapling stage. Take clones from all plants to see their gene structure.
2. Select donor clones that have the desired genes in specific slots (e.g., Slot 1: G, Slot 2: G, Slot 3: Y, etc.).
3. In the center of a large planter box, plant a "target clone" (which you want to overwrite).
4. Plant your donor clones in the surrounding slots. When the target clone enters the crossbreeding stage, it will inherit the desired genes from the surrounding donors.