Best Grow Lights and Lamps for Indoor Vegetable Gardening

Want to grow plants indoors but live in a space that does not receive a lot of natural sunlight? Consider getting an indoor growing light to solve your problem.

Top Growing Light Recommendations

Grow Lights and Lamps Recommendations

VIPARSPECTRA Grow Light
This grow light looks like a perfect fit for the dance floor. The LED has many different colors and there is a reason for this. One of the main goals of this grow light is to provide the full spectrum of light to the plants. This grow light is perfect for a 2x 2 feet gardening area.

iPower Flourescent Grow Lamp
This grow light comes with a sturdy stand that overlooks the grow area. The light system is perfect for indoor gardeners who are starting seeds or growing indoor flowers and houseplants. You can easily adjust the height of the stand. The grow light uses a T5 high output light fixture.

Aptoyu Grow Lamp
Those who are only growing one or two houseplants can utilize the Aptoyu grow lamp. The LED lamp bead can provide a wide spectrum of light to the houseplants. We like this grow light because it can be easily clamped to the side of furniture items like tables and shelves.

One quick word of caution. Indoor grow lights may attract all sorts of pests like fleas and fruit flies so make sure you have some form of pest control in place as well.

LED Grow Light Ratio

Light Effect Color Plant Growth

You will notice that LED grow lights have different shades of colors. It is very important to mimic the spectrum that natural sunlight offers. The following infographic illustrates how different colors or wavelengths of light affect plant development.

Violet Light
Violet light has a wavelength of around 400 nm. Exposure to visible violet light may enhance the taste, aroma, and color.

Blue Light
Blue light has a wavelength between 450 nm and 495 nm. It is known to have one of the largest effects on plant development. Studies suggest that blue light is associated with the formation of chlorophyll, which plants need to intake more energy from natural sunlight.

Green Light
Green light has a wavelength of 495 nm to 570 nm. Did you know that most plants appear green because they absorb all colors of the spectrum aside from the color green? According to MSU researchers, green light is considered the least efficient.

Yellow Light
Yellow light has a wavelength between 570 nm and 590 nm. It is one of the least effective of the whole spectrum and does not contribute much to plant growth. Plants reflect yellow light so it does not contribute to photosynthesis.

Red Light
Red light has a wavelength of 620 nm to 720 nm. It does not contribute much on its own. However, the plants may yield better flowering from a combination of red and blue light.

As you can see, gardening can get very scientific. If your indoor plants aren’t getting enough sunlight then it is important to give them an artificial light environment that mimics the wide spectrum of light coming from natural sunlight.

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