Cannabis plants have specific nutritional demands that must be met in order to push their yields to the limit. There are three nutrients in particular, known as macronutrients, that cannabis plants require above all else. These are nitrogen, phosphorous, and potassium. During the vegetative phase, when plants haven’t yet started to produce flowers, they require slightly higher levels of nitrogen and potassium. In contrast, plants in bloom require higher levels of phosphorus and lower levels of nitrogen to produce optimal yields. Plants also require other nutrients in smaller amounts throughout the grow cycle, known as micronutrients, including magnesium, calcium, zinc, iron, sulfur, and more.
If you want huge yields, you’ll need to provide your plants with the right amount of nutrients without overfeeding them. Nutrient solutions can be added to potted plants at several stages to make sure all of their needs are met. The easiest way to go about this is to purchase premixed formulas that have been specially designed for this very purpose.
When growing directly in the ground, an ideal way to provide a large spectrum of nutrients is to use compost. Compost should contain a ratio of around 2:1 of green material—which feeds soil microorganisms and provides a nitrogen source—to brown, woody material, which provides sufficient carbon. These materials will be broken down and eventually become a fine, dark humus that contains many of the nutrients required by cannabis plants.
If you’re looking to obtain maximum yields from an autoflowering strain, you’ll have to take a different approach to soil. Autoflowering strains don’t require anywhere near as much nutrients during the grow cycle, and instead prefer light and aerated soils. This mix can be achieved by adding perlite and coco coir.
LIGHTING IS KEY
Lighting is perhaps the most important factor when it comes to a successful cannabis grow. Plants use light to photosynthesize, which allows them to create their own supply of energy to fuel their growth. Outdoor growers have the luxury of growing directly in the sun, making lighting considerably less complicated. For indoor growers, lighting is one of many factors that needs to be tended to in order to create an ideal synthetic environment.
There are many types of lights that growers can choose from. LEDs are some of the most popular and require very little energy to run; plus, they generate next to no heat. However, the initial purchase of these lights is usually more of an investment than the alternatives. Other popular light types include CFLs and HID lights.
Regardless of the type of light you use, it’s the wattage that’s chiefly important. A standard estimate is that 1 watt will produce 1 gram of flowers. This is believed to be within the upper range of what a single plant can produce. This means if you were to use a 600W light source, you could end up with a max yield of 600g/plant, and so on. Of course, there are many more variables at play here, and generally indoor yield is measured in g/m². But overall, the more powerful your light source, the better your yield.
Investing in a lux meter is an affordable way to make sure you’re not going wrong with lighting. These devices allow you to make sure you’re supplying your plants with enough light, and will help you to detect optimal spots for growing.
THE MORE YOU GROW, THE MORE YOU’LL KNOW
Just like any other skill, you’ll get better at growing cannabis—and producing max yields to suit—the more you practice. When growing for the first few times, it’s an achievement in itself to merely reach harvest time. But after a while, you’ll develop a taste for much bigger yields.
As your experience and skill increase, you’ll become much more efficient at feeding and watering your plants, and at getting to know the exact time that these events should take place. You’ll also become considerably more green-fingered and comfortable with manipulating and shaping your plant to force them to produce more flowers.
There are many tried and tested techniques that have been proven to boost flower quantity and size, including methods such as main-lining, topping and fimming, low-stress training (LST), and defoliation. The main goal of these techniques is to shape your plants in a way that allows for greater light penetration, resulting in better yields.
How many grams of weed can you get from an individual plant?（二）
SOIL AND NUTRIENTS PLAY IMPORTANT ROLES
Cannabis plants have specific nutritional demands that must be met in order to push their yields to the limit. There are three nutrients in particular, known as macronutrients, that cannabis plants require above all else. These are nitrogen, phosphorous, and potassium. During the vegetative phase, when plants haven’t yet started to produce flowers, they require slightly higher levels of nitrogen and potassium. In contrast, plants in bloom require higher levels of phosphorus and lower levels of nitrogen to produce optimal yields. Plants also require other nutrients in smaller amounts throughout the grow cycle, known as micronutrients, including magnesium, calcium, zinc, iron, sulfur, and more.
If you want huge yields, you’ll need to provide your plants with the right amount of nutrients without overfeeding them. Nutrient solutions can be added to potted plants at several stages to make sure all of their needs are met. The easiest way to go about this is to purchase premixed formulas that have been specially designed for this very purpose.
When growing directly in the ground, an ideal way to provide a large spectrum of nutrients is to use compost. Compost should contain a ratio of around 2:1 of green material—which feeds soil microorganisms and provides a nitrogen source—to brown, woody material, which provides sufficient carbon. These materials will be broken down and eventually become a fine, dark humus that contains many of the nutrients required by cannabis plants.
If you’re looking to obtain maximum yields from an autoflowering strain, you’ll have to take a different approach to soil. Autoflowering strains don’t require anywhere near as much nutrients during the grow cycle, and instead prefer light and aerated soils. This mix can be achieved by adding perlite and coco coir.
LIGHTING IS KEY
Lighting is perhaps the most important factor when it comes to a successful cannabis grow. Plants use light to photosynthesize, which allows them to create their own supply of energy to fuel their growth. Outdoor growers have the luxury of growing directly in the sun, making lighting considerably less complicated. For indoor growers, lighting is one of many factors that needs to be tended to in order to create an ideal synthetic environment.
There are many types of lights that growers can choose from. LEDs are some of the most popular and require very little energy to run; plus, they generate next to no heat. However, the initial purchase of these lights is usually more of an investment than the alternatives. Other popular light types include CFLs and HID lights.
Regardless of the type of light you use, it’s the wattage that’s chiefly important. A standard estimate is that 1 watt will produce 1 gram of flowers. This is believed to be within the upper range of what a single plant can produce. This means if you were to use a 600W light source, you could end up with a max yield of 600g/plant, and so on. Of course, there are many more variables at play here, and generally indoor yield is measured in g/m². But overall, the more powerful your light source, the better your yield.
Investing in a lux meter is an affordable way to make sure you’re not going wrong with lighting. These devices allow you to make sure you’re supplying your plants with enough light, and will help you to detect optimal spots for growing.
THE MORE YOU GROW, THE MORE YOU’LL KNOW
Just like any other skill, you’ll get better at growing cannabis—and producing max yields to suit—the more you practice. When growing for the first few times, it’s an achievement in itself to merely reach harvest time. But after a while, you’ll develop a taste for much bigger yields.
As your experience and skill increase, you’ll become much more efficient at feeding and watering your plants, and at getting to know the exact time that these events should take place. You’ll also become considerably more green-fingered and comfortable with manipulating and shaping your plant to force them to produce more flowers.
There are many tried and tested techniques that have been proven to boost flower quantity and size, including methods such as main-lining, topping and fimming, low-stress training (LST), and defoliation. The main goal of these techniques is to shape your plants in a way that allows for greater light penetration, resulting in better yields.