In most countries, a plethora of cannabis has been produced for various purposes, such as in making medicines that have numerous effects, for entertainment, and for manufacturing other items.
To have an acquaintance with this question, it is essential to know about the factors that depend on such factors as experience of growing cannabis plants, variation of cultivation plants indoors and outdoors, and different strains. In this blog, we will learn how much weed is produced per plant, which will appear at the last point.
How Weed Production Per Marijuana Plant Can Be Determined?
As mentioned previously, numerous reliable factors are involved in estimating the yield of one weed plant. The reasons that affect the weed plant’s yield section show particular factors.
Amount of Weed Produced Per Indoor Plant Using Soil
Indoor cannabis plant grower primarily focuses on consuming 1 watt to create 1 gram of cannabis. For example, if a plant consumes 700W indoors, you get 700 grams of weed.
There are other reasons to determine the average yield per indoor plant, such as different types of bulbs can give different watts to plants, and the fewer the plants indoors, the more watts they consume.
Amount of Weed Produced Per Outdoor Plant Using Soil
Outdoor cannabis plants consume large amounts of watt for enormous grams depending upon the accurate sunlight and favorable weather. The difference between indoor and outdoor is the amount of watts available for the plants to consume. Watering, Pest control, climate, etc., are also involved in determining the average yield per outdoor plant.
Amount of Weed Produced Per Soilless Plant
In this method of cannabis production from plants, plants use water instead of soil, which makes it easy and fast to consume nutrients to produce even more weed than the amount of weed produced from indoor plants. Most people believe that producing cannabis using a hydroponic system has a 40%-50% excess of average yield per indoor plant.
For example, suppose cannabis is produced 600g from 600W per plant. In that case, the average cannabis per plant in the hydroponic system will grow 40%-50% more than the average cannabis produced per plant with the same watt absorbed.
It means that it will produce 840-900g per plant. For those interested in using this production system, the grower requires experience with the preservation and functioning system.
Reasons That Affect the Weed Plant’s Yield
1. Types of Strain
The production of marijuana depends upon the type of strain. Different types of strains produce different weeds. Sativa, Indica, and hybrid are the types of strains used to produce different weeds.
Indica produces a weed that has THC (tetrahydrocannabinol), causing a sedative or relaxing effect. Sativa has an energizing and uplifting effect, promoting creativity and focus. A hybrid strain combines Indica and sativa strains that balance their effects.
2. Light
Weed production from plants is reliable on the kind and amount of light. Not only lights are used for production, but they also create solid branches for bud support. Each type of light consumed gives a different amount of weed, such as CFLs, LEDs, and HPS. Light and carbon dioxide are helpful for weed production by converting it into energy.
3. Growth Duration
It takes 16-20 weeks for indoor plants to reach the finished stage for harvesting. A plant growing expert knows how to lessen its duration by pressuring the plant to reach the finished stage, known as light deprivation. This method increases the growing rate by diminishing their duration by 2-3 weeks, and the plants continuously grow without stopping during the growing stage.
4. Climate
Climate plays a vital role in determining plants’ yield and overall health. Several climate factors affect the yield of the cannabis plant:
Temperature
The effective growth of plants can occur due to temperature at about 70-85 Fahrenheit (21-29 Celsius) in daylight, and it grows slightly at cooler temperatures at night. Plants will have a negative effect on their growth and yield if too much heat and cold are consumed. Extreme heat consumption would lead to heat stress, while extreme cold consumption would ruin its growth as it requires heat from the sun or light.
Rainfall and Watering
Outdoor plants are heavily affected by rainfall. The level of rainfall depends upon the weather conditions. Water is also the primary source of plant growth. Excessive rain can lead to waterlogged soil, while insufficient rainfall can block the growth of plants.
Wind Exposure
Outdoor plants benefit from a gentle breeze, promoting air circulation and forming a solid stem structure. Excessive wind damages the plants, especially during the flowering stage.
Techniques for Achieving Maximum Output Per Plant
1. Environment
Maintain optimal temperature, humidity, and airflow to promote healthy growth and prevent mold or pest infestations.
2. Monitoring
Check pH levels, nutrient concentrations, and overall plant health to detect issues.
3. Grow Fewer Cannabis Plants
Following this method can grow the plants as healthy as possible. Space plays a vital role in healthy growing plants. This allows it to absorb more sunlight and airflow than when many plants occupy the spot. The more space between the plants, the healthier they grow.
4. Ideal Temperature and Humidity
The best way to maintain the temperature for indoor plants is to install a fan that takes out warmth and brings clean or cold air. This technique will protect the plants from absorbing too much heat. This is useful only in summertime. Similarly, use the humidifier and dehumidifier for maintaining humidity.
5. Patience and Experience
Learn from each growth cycle and refine your techniques over time to achieve maximum yield consistently.
6. Training
LST (Low-stress training) is a method that helps the growers to shape the cannabis plants and achieve maximum yield. This increases yield by 30%-40%. Another method is lollipopping, which can help plants improve air circulation and light penetration. This will diminish the risk of pests or diseases.
Wrap Up
The amount of weed produced per plant depends upon the factors that are discussed above. There is no fixed average yield per plant. Knowing the factors is crucial for understanding the average yield per plant. It is like identifying the problem and knowing its solution. Monitoring the issues and using the factors properly can help you maximize its yield. The technique is to use the factors efficiently to achieve maximum results.
