Methods

Environmental Control:
Different methods offer varying levels of control over temperature, humidity, and airflow.

Nutrient Delivery:
Determines how efficiently nutrients and water reach the plant roots.

Space Efficiency:
Optimizes the use of available space, maximizing yield potential.

Growth Rate and Yield:
Influences how quickly plants grow and how much they produce.

Labor and Maintenance:
Dictates the level of effort and care required throughout the grow cycle.

• Pros: Natural and easy to manage; provides a buffer for nutrients.
• Cons: Less control over nutrient delivery and pH fluctuations.

• Pros: Allows precise control of nutrients and faster growth.
• Cons: Requires more equipment and monitoring.

• Pros: Maximum oxygen exposure for roots and efficient nutrient use.
• Cons: High-tech setup and more maintenance needed.

• Pros: Good water retention and drainage; reusable medium.
• Cons: Requires regular nutrient supplementation.

• Pros: Sustainable, combining fish farming and plant growing.
• Cons: Complex setup and system management.

During Germination

• Methods: Paper towel technique, direct soil planting, soaking in water.
• Importance: Maintain moisture, warmth, and darkness for successful sprouting.

During Vegetative Stage

• Methods: Low-Stress Training (LST), topping, FIMing, SCROG (Screen of Green).
• Importance: Maximizes light exposure, controls height, and improves yield.

During Flowering Stage

• Methods: Defoliation, lollipopping, SCROG, adjusting light spectrum, CO₂ enhancement.
• Importance: Enhances airflow, light penetration, and resin production.

During Drying and Curing Stage

• Methods: Hanging whole plants, using drying racks, curing in sealed jars, "burping."
• Importance: Preserves flavor and potency through proper drying and curing.