What is the SCROG method and how is it applied in Somango harvesting?
The SCROG (Screen of Green) method is a cultivation technique used to maximize the production and quality of cannabis plants, especially in strains such as Somango. This method involves the use of a net or mesh that is placed over the plants, allowing the shoots to grow through it. In this way, more horizontal growth is encouraged, which improves the **light exposure** of the flowers and ensures that energy is distributed more efficiently.
Steps to apply the SCROG method in Somango harvesting
- Preparation of the grow space: Make sure you have enough vertical and horizontal space for the plants to grow properly.
- Mesh Installation: Place the SCROG mesh at a suitable height, usually between 15 to 30 cm above the plants in their vegetative stage.
- Plant Training: As the Somango grows, guide it through the holes in the mesh, ensuring that even, distributed growth is maintained.
- Monitoring and adjustment: Keep an eye on the growth and adjust the mesh if necessary, ensuring that the lower parts also get enough light.
Applying the SCROG method to Somango harvesting not only improves the yield amount, but also enhances the terpene and cannabinoid profile of the plant. This results in denser and more aromatic flowers, characteristics that growers look for in this variety. By maximizing light and encouraging uniform growth, SCROG becomes an effective tool for any medical cannabis enthusiast.
Advantages of using the MarsHydro FC3000 in Somango cultivation
The MarsHydro FC3000 has become a popular choice among cannabis growers, especially for strains such as Somango, due to its advanced lighting features. This LED luminaire offers a full spectrum of light, which supports healthy plant growth at all stages, from germination to flowering.
Optimised light spectrum
The light spectrum emitted by the MarsHydro FC3000 is designed to replicate natural light conditions, resulting in efficient photosynthesis. This is crucial for the development of Somango, as this strain responds positively to intense light, thus promoting vigorous growth and increasing bud yield.
Energy efficiency
- Low power consumption: Despite its power, the MarsHydro FC3000 has relatively low energy consumption, making it an economical choice for growers looking to cut costs.
- Lower heat generation: By operating at lower temperatures, this lighting system minimizes the risk of heat stress in Somango’s plants, helping to maintain an optimal environment for their growth.
In addition, the MarsHydro FC3000 is easy to install and adjust, allowing growers to adapt the height of the light as the plants grow. This is especially beneficial for Somango, which can reach significant heights during its flowering phase. In short, this spotlight provides an ideal environment that optimizes the growth and development aspects of this popular cannabis strain.
Harvesting techniques to maximize Somango yield in SCROG
The Somango variety, known for its high yields and medicinal effects, benefits greatly from proper harvesting techniques when grown in the SCROG (Screen of Green) method. This method seeks to maximize the exposure of the buds to light, resulting in higher cannabinoid and terpene production.
Pruning techniques
Pruning techniques are essential for success at SCROG. Here are some best practices:
- Apical pruning: This technique involves cutting off the top of the plant to encourage lateral growth, which produces more flower colas.
- Pruning leaves: Removing the leaves that cover the lower flowers allows for better air circulation and more light in the lower parts of the plant.
Harvest time control
Determining the right time to harvest is crucial. With Somango, it is recommended to observe the trichomes through a magnifying glass. The ideal time to harvest is when the trichomes have an amber and white color, indicating a high content of cannabinoids and terpenes.
Harvesting and drying
Once it has been harvested, it is vital to handle the harvest carefully to preserve the terpenes. Using sharp scissors and making angled cuts helps to avoid damaging the plant. Afterwards, drying should be done in a cool and dark place, controlling the humidity to avoid mold. Proper curing after drying will also contribute to the final quality of the product, thus maintaining the therapeutic potential of Somango grown in SCROG.
Life cycle analysis of the Somango plant grown with MarsHydro FC3000
The life cycle of the Somango plant, a variety popular among growers for its large yield and sweet taste, can be analyzed from different stages, especially when grown under the light of MarsHydro FC3000. This LED grow light is known for its efficiency and adjustable light spectrum, allowing for optimal growth at every stage of plant development.
Life cycle stages
- Germination: The cycle begins with the germination of the seeds, which takes 24 to 72 hours.
- Seedling: At this stage, the plant develops its first leaves and requires approximately 18 hours of light, which the MarsHydro FC3000 can easily provide.
- Vegetative growth: The Somango plant experiences vigorous growth, during which it is essential to provide an 18/6 hour light cycle to maximize its potential.
- Flowering: In this last stage, which can last anywhere from 8 to 10 weeks, proper lighting is crucial to increase bud production, which FC3000 achieves thanks to its full spectrum.
Throughout these phases, MarsHydro FC3000 not only optimizes the growth of the Somango plant, but also helps to maintain a stable environment in terms of temperature and humidity, thus promoting the production of high-quality buds. Establishing a balance in these parameters ensures that the plant reaches its full potential at every stage of the life cycle.
Tips to optimize Somango growth and harvest with MarsHydro FC3000
To get the best results when growing Somango with the MarsHydro FC3000, it is critical to consider several factors that will impact its growth and harvest. Good planning and attention to detail are essential. Here are some helpful tips:
1. Lighting Settings
- Suitable height: Place the FC3000 at a distance of approximately 45-60 cm from the plants to prevent heat stress and ensure even light distribution.
- Light Cycle: Use an 18/6 cycle during the vegetative phase and switch to 12/12 at the start of flowering.
2. Control of the environment
- Temperature and humidity: Keep the temperature between 20-26°C and the relative humidity around 40-60% for optimal growth.
- Ventilation: Make sure there is adequate airflow to avoid fungus and other related problems.
3. Nutrients and watering
- Fertilization: Use a nitrogen-rich fertilizer during the vegetative phase and a fertilizer richer in phosphorus and potassium during flowering.
- Irrigation: Water only when the top of the substrate is dry to the touch, avoiding excess moisture that could cause root rot.
