In the world of cultivation, particularly when it comes to cannabis plants, "auto-flowering" and "photoperiodic" are terms that are frequently mentioned. These terms refer to different types of plants that behave distinctly in terms of flowering. Let’s dive into what they mean, their main differences, and how to best manage their cultivation.
1. Auto-flowering
Definition:
Auto-flowering plants are a variety that begins to flower automatically based on their age, regardless of the light cycle they are exposed to. These plants are derived from Cannabis Ruderalis, a subspecies native to regions with short summers and harsh climates, such as Eastern Europe and Russia.
Main Characteristics:
Short growth cycle: Auto-flowering plants complete their life cycle (from germination to harvest) in 8-12 weeks.
Compact size: They tend to remain smaller compared to photoperiod plants, making them ideal for small cultivation spaces or discreet growing.
Automatic flowering: These plants start flowering automatically after about 2-4 weeks of vegetative growth, without the need to alter the light cycle.
Resilience: Auto-flowering plants are generally more resistant and tolerant to difficult climates due to their adaptation to harsh environments.
Cultivation Tips:
Transplanting: Unlike photoperiod plants, auto-flowering plants should not be transplanted. Their life cycle is very short, and any stress caused by transplanting can negatively impact growth and reduce yield. It is recommended to plant the seeds directly in the final pot to avoid stressing the roots.
Cloning: Auto-flowering plants are not suitable for propagation through cloning. Even if a cutting roots successfully, it will follow the same life cycle as the mother plant, flowering quickly without enough time to develop properly. Therefore, cloning is not practical for these types of plants.
Fertilizers: Given their short life cycle, auto-flowering plants require fewer fertilizers than photoperiod plants. An excess of nutrients can even harm them. It's preferable to prepare the soil with amendments before planting, enriching it with compost or other slow-release organic nutrients that will be available to the plant throughout its life cycle. If fertilizers are used, they should be applied sparingly.
Advantages:
Easy to grow, particularly suitable for beginners.
No need for strict light cycle control.
Rapid growth cycle, allowing for more frequent harvests.
Disadvantages:
Generally lower yield compared to photoperiodic plants.
Less control over the flowering period, which is predetermined.
Limited propagation options (cloning is ineffective).
2. Photoperiodic Plants
Definition:
Photoperiodic plants regulate their flowering phase based on the length of the light cycle they are exposed to. The most common varieties are derived from Cannabis Sativa and Cannabis Indica.
Main Characteristics:
Longer growth cycle: These plants can be kept in the vegetative stage for as long as desired as long as they receive at least 18 hours of light per day.
Flowering begins only when the light cycle is reduced to about 12 hours of light and 12 hours of darkness.
Greater control: Growers can decide when to induce flowering, allowing them to manage the size and yield of the plant.
Variable size: Photoperiodic plants can grow much larger than auto-flowering plants if kept in the vegetative stage for an extended period.
Seasonal light cycles: In outdoor cultivation, flowering occurs naturally as the season progresses towards autumn when the days shorten.
Advantages:
Potential for much higher yields.
Greater flexibility in managing growth and flowering stages.
Typically, the quality of the harvest is superior, with higher cannabinoid concentrations.
Disadvantages:
Requires more time and attention, especially regarding light cycle control.
Not suitable for growers with limited time or those seeking quick harvests.
3. Which to Choose?
The choice between auto-flowering and photoperiodic plants depends on various factors, including the grower’s experience, available space, time, and final objectives.
For beginners or those with limited time, auto-flowering plants can be an ideal choice due to their simplicity in management and quick life cycle.
For more experienced growers or those looking to maximize yield and have the time and resources to carefully manage the growing environment, photoperiod plants offer greater control and higher production potential.
Understanding the differences between auto-flowering and photoperiodic plants is crucial for any grower. Each has its own advantages and disadvantages, and the right choice will depend on the specific needs of the grower.
Auto-flowering plants offer ease and speed, while photoperiod plants provide more flexibility and yield potential. With proper planning and the right techniques, both types can produce abundant and high-quality harvests
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