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Top 5 problems with growing indoors

There are a lot of obstacles to overcome when growing indoors. I am going to tell you my 5 top problems with indoor growing.

  1. Keeping the correct temperature for the plants. Understand that no electronic equipment makes 100% use of the electricity it consumes. A percentage of the electricity’s work capability will be wasted and the result is heat.  That heat transfers into your environment unless you take precautions. Air-Cooled lighting hoods, cooler running lights, proper control of ventilation will all help in keeping an optimal growing environment.  The My Smart Grow Automation system will allow you to monitor current environments and then make the proper changes needed to make the constant perfect environment needed for your plants.
  2. Keeping the correct humidity. Proper humidity allows the plant to breath and transpire water in the perfect symphony. Humidity adds pressure to the plant which is in itself a water pump. The added outside pressure of a over humidified plant will cause the plant to work abnormally hard to bring fresh water up from its roots as well as providing a perfect environment for mold to grow. Neither are good for your plant. On the opposite spectrum, too low of humidity will cause the plant to lose too much water due to the “suction” of water from its stomata causing a stalling of the plant trying to keep it’s fluids. You want and need an environment within 55-65 during the vegetating and early flowering periods, followed by 45%-60% humidity in flowering, lower in later flowering.
  3. Improper lighting schedule or timer malfunctions. You need absolute dark during the dark period. This means actually standing in your operating room, in the dark to see if there are any light leaks. Light leaks are both from the outside of the room in, as well as any LED or other indicator lights from power strips or ground fault outlets. You would be surprised as to what has a little LED light on it now a days. These light leaks stress the plant, and if prone to hermaphroditism can cause female plants to grow “male balls” full of pollen and pollinate your plants creating a female/hermaphroditism prone seed.
  4. Airflow. Fresh air is needed throughout your grow environment. You will need more than just a ventilation fan, you will also need an “air mover” to blow around any stale air pockets around the leafs. The air movement will aid in the transpiration of Co2 on the leafs promoting health and vigor. This can be done with any cheap oscillating fan set up to a nursery style metal variety depending on coverage and air movement needed.
  5. Water. Both too much and too little. Too much, you can at a long term issue cause root rot, short term you can flood your grow space with a hose that was left on.  Make sure to have a reservoir that cannot overfill your grow tray. Also make sure your grow tray has an overfill exit back to the reservoir in case your drain gets clogged with roots, which is inevitable with the My Smart Grow system because it creates the perfect growing environment causing fast growing of the root system.  You can solve the root plugging simply by moving the plugging roots out of the drain and re-folded under the root mass away from the drain.

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Fern

Since 6th grade outdoor school in the Pacific NW, Fern has loved nature. The only problem in the NW is that it rains 3/4 of the year which is not the best growing condition for most plants. Lighting is a specialty of Fern. With an ear to the ground with any new technology in the growing indoor market, Fern understands the science behind different types of lighting and the pro's and con's of each. In the past 5 years, Fern has laser focused efforts on optimizing indoor growing environments to figure out how to provide the most fruitful bounty while grown indoors, all-throughout the year, while being as efficient as possible in every aspect. Fern started indoor growing with the KISS method. Simply soil, locally produced nutrients and manual waterings. Only to better the system every grow after standardising optimum conditions. Slowly adding a timed drip feeding system, only to realize that this was the basics of hydroponics, with a different (cleaner) medium. So onto drip fed rock wool it was! But was too soggy for the NW so onto Hydroton, and a timed flood and drain table came online. With the want to having a larger reservoir then the Undercurrent Bucket system came to use. (While this system was leak prone it would give you a 5 gallon bucket of solid root balls). Currently Fern likes to grow in a modified NFT recirculating hydroponic system using hydroton with the best success and low use of nutrients. Fern has a personal focus on environmentally friendly Dutch inspired, "zero runoff hydroponics", and is soon to start investigating a fish derived aquaponics/nft system.

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