Successful Indoor Gardening
Successful Indoor gardening starts with your discount hydroponics store. Having the correct environment is key for your success. Being able to control humidity, temperature, and CO2 are just some of the factors to consider.
Controlling humidity not only helps prevent mildew, it helps ensure that your plants are able to uptake the correct amounts of nutrients and properly transpire. Most indoor garden plants require the humidity levels between 40 to 60 percent. Plants in the vegetative stage benefit from higher levels of humidity. Once your plants reach the fruiting stage, you will want to maintain the humidity below 55%. Depending on your environment, you might need a humidifier or dehumidifier to maintain the appropriate humidity levels.
Temperature, on the other hand, is controlled using various methods. Some indoor garden setups are able to use outside ambient air to cool their rooms while others need air conditioning units to accomplish the same thing. The amount of air conditioning needed will depend on air circulation and size of the room. Keep in mind that an air conditioner is also able to lower the humidity in a room. The proper temperature levels also depend on your plants. On average, your plants will require the temperature between 68 to 83 degrees Fahrenheit. Supplementing your room with CO2 will allow you to run higher temperature levels.
Finally, supplementing your room with CO2 can increase your yields by at least 50%. Air at sea level has about 350 parts per million of CO2. Plants are capable to uptake CO2 levels of at least 1500 parts per million. Supplementing CO2 can be done in numerous ways. Using compressed CO2 cylinders is the simplest and most effective way to incorporate CO2 into your indoor garden, For those who do not want to deal with heavy cylinders, there are CO2 generators which use liquid propane or natural gas to produce CO2. The down side to using this method is the additional heat generated by these systems. Some manufacturers use fermenting methods to produce CO2. These systems are great for small gardens.