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Differences between SOG and Scrog methods

The fundamental difference between SOG and SCROG methods is due to the final objectives for which they were designed.

SOG (Sea of Green) is used to obtain short-term harvests, while SCROG (Screen of Green) is used to obtain more fruits from a single substation over a longer period of time.

SOG is a short-term and fast marijuana growing method that has gained a lot of popularity among growers. In this method, the grower plants in a large, flat substrate, which allows the harvest cycle to be much faster. By not having to wait until the plants reach a certain height. The grower is able to harvest in just a couple of months.

SOG Method

Unlike SOG, SCROG (Screen for Green) is not commonly used for short-term harvesting. This growing method is used to get the best results from a single substation system. Growers create a grid structure for the plants, which allows the plants to develop at maximum efficiency, reaching their full potential. This grid structure also allows light to reach all parts of the plant. Establishing a clear advantage over SOG, as these plants can reach their maximum potential for a longer time. Once the plants reach the maximum desired height, the grower can harvest them, which prolongs the harvest cycle.


In addition, SCROG requires a higher degree of marijuana cultural expertise. As it is necessary to keep the plant under the net so that the maximum potential is reached. Light control is also important to allow better circulation through the net. This means that the grower will need to use a fan and regularly move the plant to improve the final results.

The main difference between SOG and SCROG is that the former is used to obtain harvests once in the short term. While the latter is used to obtain larger quantities over a longer period of time. SOG is much simpler than SCROG, as it does not require as much knowledge and experience of marijuana cultivation. On the contrary, SCROG is a more advanced method and a higher level of experience is needed to achieve the best results.

Advantages of SOG

SOG, or Sea of Green (basically, a sea of green), is a method used to grow cannabis that offers a number of benefits for growers. This growing technique is becoming more and more common around the world. Because it can be applied to most cannabis growing systems, both indoors and outdoors.

Basically, SOG is a highly efficient growing technique in which growers seek to maximize cannabis production using a very small space. This technique is based on efficiency and maximization, but it is far from being a crude or abusive method. On the contrary, SOG is used to obtain the best results without sacrificing the quality of the cannabis.


Compared to other cultivation techniques, SOG offers a number of significant advantages for the grower. First, SOG requires a much smaller amount of space to achieve the same result. This means that growers can produce a lot of cannabis in a very small amount of area. In addition, this technique is applied for all stages of the cannabis plant growth process, from germination, to flowering and harvesting. This means that maximizing cannabis production is achieved all at once, rather than continuously.

A further advantage of SOG is that it reduces the time needed to achieve the best results. With SOG, growers do not have to wait as long before harvesting the crop. This is because SOG does not require a considerable amount of growth before the plant can flower. In fact, the plant can flower and produce its crops much faster with this technique.

In addition, SOG is also ideal for people with limited budgets. This is because SOG requires fewer materials to achieve the same results as other methods. This means that growers can afford to invest in premium equipment (such as lighting, fans, fertilizers etc.) without having to affect the overall budget. It also offers a better quality of life for cannabis growers.

Netting for SOG method

One of the main reasons is that SOG allows growers to maximize the use of space and time. Allowing them to control their resources much more efficiently. This optimization of space and time helps reduce the amount of time needed to maintain and care for plants, which in turn gives growers more time to focus on other things outside of their home.

Given all of these advantages. The SOG method can be an excellent resource for cannabis growers looking to maximize production in a small space. This method offers a variety of advantages ranging from maximizing production, to optimizing time and budget, to improving the grower’s quality of life, making it an attractive option for all types of growers.

Advantages of SCROG

The SCROG method (Screen of Green) is a cannabis growing technique created to optimize the production of a crop, both in quantity and quality of the harvest. This cultivation technique consists in placing a screen at a certain height over the growth of the plants. Allowing the plant to explore the space laterally and to expand the growing surface of the plant. The application of the SCROG Method provides a number of advantages for cannabis growers. These advantages are:

1. Increased Crop Production: the SCROG Method significantly increases cannabis crop yields by encouraging the development of multiple nail points per cannabis seedling. This translates into higher bud production, which means more yield in your crop.


2. Better Sun Distribution: Using a screen when growing cannabis allows sunlight to be evenly distributed among all your seedlings. This is especially important for growers who are topping their plants, as it is necessary to maintain a good distribution of light so that the plants do not burn.

3. Greater Control over Plant Development: The SCROG Method allows greater control over the growth pattern of the cannabis plant. The mesh that is placed over the crop is an excellent tool to help direct the development of the plant to the grower’s desired shape. This will help ensure that the plants grow in the desired manner.

4. Lower Electricity Costs: the use of a screen changes the way the plant absorbs light. This means that the light needed for photosynthesis will be more evenly distributed, which means less energy use. This means that electricity costs will be lower, which will improve the final yield of the crop.

SOG mesh

5. Greater Symmetry in Growth: The SCROG Method allows cannabis growers to maintain symmetry in the way their seedlings grow. This means that a greater number of buds will be generated, resulting in more robust plants that will produce more and better flowers.

As you can see, the SCROG Method offers a number of advantages for cannabis growers. This technique is ideal for those growers who are looking to improve the yield of their crops and enjoy the best results.

Objective of SOG method in hemp cultivation

Sea of green is a regenerative farming technique that has become increasingly popular among hemp plant growers.

It is a farming method that seeks to improve production, quality and long-term soil health through crop diversification and agroecological practices. It has proven to be a valuable technique for hemp farmers to increase production. Improve the quality of end products and reduce the cost of production.

SOG for cannabis
The sea-of-green net method is commonly used for marijuana growing, 

This method is characterized by its use of agroecological principles. It uses measures such as avoidance of chemical weed control, crop rotation, use of variations in crop plot size. Downward drying, shade compensation and building a rich soil community. The goal of sea of green in hemp cultivation is to improve the ecosystem within the field and, at the same time, increase production.

It also reduces the need for chemical weed control by using mechanical measures, such as weeding and tillage. This helps reduce pesticide levels in the soil, resulting in safer produce for human consumption, as well as contributing to soil health. Crop rotation is also a key element in the sea of green. This practice has been shown to increase soil nutrient content, in part due to improved structure and increased microbial activity.


We must also consider that it also resorts to the use of plot size and shape. The use of patches instead of a large plot size improves production efficiency by reducing stress and competition between plants. Shade compensation also allows for better vegetative development by controlling the amount of light reaching the plants, thus facilitating their competition with weeds. Finally. Sea of green techniques also focus on building a rich soil community to provide plants with a constant source of nutrients.

Sea of green has proven to be a valuable technique for hemp farmers. This technique allows for an increase in production and an improvement in the quality of the final products. As well as a significant reduction in production costs. In addition, these benefits extend to the health and biodiversity of the ecosystem, allowing farmers to achieve optimal results during harvest.

How does the SOG method work?

Sea of green is a modern approach to hemp cultivation. It is based on the use of precision farming practices to control and manage yield quality and quantity. These practices are similar to other forms of precision agriculture applied to the production of food and other agricultural products. The basic principle of the method is the use of sensors and remote harvesting systems to take on-site readings along the crop production line. These readings are used to monitor climatic factors in the area. Crop health, soil quality, the amount of available nutrients and the state of crop development.


Precision agriculture uses different tools to measure and monitor different aspects of the soil to optimize overall crop performance. These tools include robots, sensors, drones and remote sensors. These sensors can detect nitrogen, potassium and phosphorus content, soil moisture, temperature, salinity and the presence of pathogens. By collecting this data in real time, growers can make better informed decisions about how to manage their crops.

Once sensor data is collected, it can be used to determine the appropriate adjustments for each crop. For example, if the data indicates that there are inadequate amounts of nitrogen in a specific area of the field, the grower can choose to apply a specific fertilizer. Yield monitoring and data analysis will closely follow these adjustments to control nutrient levels and ensure crop quality.

The use of precision farming also allows the producer to keep closer track of each crop, either to measure growth or make adjustments based on what is working. This allows the grower to have a clearer picture of the improvements that need to be made to achieve better production and quality levels.


An additional benefit of using the Green Sea method is the use of reliability. Because all data is collected online, producers can measure the success of different adjustments made in the field. For example, a grower applying fertilizer to a plot with inadequate nitrogen will have a track on the effectiveness of the fertilizer; if there are no tangible improvements, the grower can adjust his strategies to achieve the best results.

mesh for sea of green method
With the use of SOG plant growing technique, it is essential to commence with a suitable crop variety 

By using the Green Sea approach, growers can also improve the quality and quantity of crop yields. This is because they focus on constant soil improvement and care. This generates healthier soils, which translates into more and better crop yields. At the same time, this practice helps reduce the use of pesticides, as the soil remains healthy without the need to apply chemicals.

Overall, the Green Sea approach is an excellent method for hemp production. It allows growers to monitor yields and quality comprehensively, making use of precision farming tools to take on-site readings. This allows growers to make better informed decisions to optimize crop yields. At the same time, it helps improve yield quality and quantity by improving soil and reducing pesticide use.

And where does it apply?

In this method, cannabis is grown in a specially designed aquatic environment. This involves a greenhouse with moist soil that is covered with deep pockets of water for the cannabis to grow in. A water purifier adds adequate lighting as well as the nutrients needed for optimal growth.

One of the main reasons the sea of green method is so effective is that it reduces the amount of substrate needed to grow. This is essential to reduce production costs and ensure growers’ success. To achieve this, the sea-green system is divided into parts. These include a storage container, a filtration unit to purify the water and a bag to hold the substrate.

 Once the system is installed, the plant is placed in a bag filled with substrate. The nutrients reach the soil in the bag through the water, which is mixed with the substrate. This way of cultivation allows the plant to access the nutrients it needs quickly and efficiently. The substrate provides the cannabis with the necessary stability to reach its optimal growth potential.

Sea of green method
Though it is not recommended to use seeds for sea-of-green net method,

Also, as an advantage of sea of green systems is that they are easily scalable. Additional storage vessels can be added, as well as additional filtration units or tanks to increase production. The liquid and substrate mix can also be adjusted to allow growers to maximize soil properties. This makes it very easy to control the pH of the soil to suit the desired crop type.

It also allows growers to obtain quality products at a reduced cost, making it a very attractive way to grow cannabis. If installed and maintained correctly. Sea of green green greenhouses can provide growers with high quality production without too much hassle. With the right nutrients, light and growing conditions, cannabis crops can grow strong, healthy and give a high yield.

The sea of green method has proven to be an effective, scalable way of growing cannabis that is capable of producing a high quality harvest. Growers should be sure to thoroughly understand the process, as well as the requirements for installing the system correctly, to get the most out of this exciting growing technique.