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Light is Energy and Information for Plants Oct 09 , 2021
Light is Energy and Information for Plants Pigments of green plants absorb light particles called photons and convert this energy into food for themselves.  This process is called photosynthesis. In addition to acquiring energy from light, plants also receive information about their environment  which then affects their morphology and behavior. By manipulating the light spectrum we can elicit desi...
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Wide Spectra Oct 09 , 2021
Wide Spectra The terms ‘wide’, ‘full’ or ‘continuous’ spectrum refer to combining LED chips to produce all possible colors from the spectrum – just like the sunlight. The amount of each color in our spectra is fine tuned to the specific needs of different plants and their growth phases. Unlike most manufacturers, we do not simply use red, blue and white LED chips – creating a light spectrum out of...
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Plant light spectrum Oct 09 , 2021
When the human eye sees a rainbow, we see 7 kinds of spectrum-red, orange, yellow, green, blue, indigo, and purple. However, there are other spectra that the human eye cannot see. PAR-photosynthetically active radiation-range is a spectrum useful for plants to perform various processes. Chlorophyll, which makes most plants appear green, is a pigment that absorbs light in the PAR spectrum. The ligh...
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Is the plant light good for full spectrum or red and blue light? Oct 09 , 2021
Plant lights can replace sunlight to supplement light for plants to promote plant growth. It can be used when growing vegetables, fruits, and flowers. It can not only promote the growth of seedlings, but also promote flowering and fruiting, increase production, and market in advance. There are many types, and the spectrum has full spectrum and red and blue light spectrum. Is the full spectrum bett...
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The relationship between the spectrum of plant growth lamps and photosynthesis Oct 09 , 2021
The solar spectrum is a continuous spectrum, in which the blue and green spectrum are stronger than the red spectrum, and the visible light spectrum ranges from 380 to 780 nm. The growth of organisms in nature is related to the intensity of the spectrum. For example, most plants in the area near the equator grow very fast, and at the same time, the size of their growth is relatively large. However...
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