The LED lighting effects on plant growth
Nov 02 , 2022

The LED lighting effects on plant growth

As the Technology developed, adopting LED lights for indoor crop production is adopted and more superior than traditional artificial lighting sources. By these ways, it can achieve more rich harvest in comparison with the outdoor cultivation which is always influenced by different consistent amount of sunshine lights and their variations for weather patterns.
LED light as well as different wavelengths affect in plant growth
Oct 27 , 2022

LED light as well as different wavelengths affect in plant growth

As the modern agricultural technology developed, the Light emitting diodes LED technology as the key advancement for improving the potential for horticulture and horticulture ways. In comparison with previous lighting options,i.e. HPS or CMH, it is more efficient whatever the amount of energy consured and PAR value for plant leaf.
How Much Power Does a 1000w Led Grow Light Use?
Sep 15 , 2022

How Much Power Does a 1000w Led Grow Light Use?

When you are going to run a grow room, you must know how to calculate the electricity consumption, then you wouldn’t be shocked by monthly energy bill. But how to calculate the electricity a LED grow light use? There are three important factors you must figure out.
Grow Cannabis With LED Lights
Apr 27 , 2022

Grow Cannabis With LED Lights

grow LED lights are becoming the most popular trend in Indoor Cannabis growing. There are many reasons behind the justifiable popularity of LED lights including durability, cost effectiveness, energy saving and reduced water usage.
Why Use LED Lights to Grow Cannabis
Apr 21 , 2022

Why Use LED Lights to Grow Cannabis

With Rapid advancement in the LED Technology, more and more Cannabis growers are switching to Indoor cannabis growing. LED lights offer numerous benefits over other indoor lighting options such as HID lights.
How does plant use green light?
Sep 16 , 2021

How does plant use green light?

It is often said that “the leaves look green because the leaves do not absorb green light” and “the leaves do not absorb green light and are not used for photosynthesis”. However, the leaves absorb a lot of green light, and the absorbed green light is efficiently used for photosynthesis.
Recent progress in photosynthesis research
Sep 14 , 2021

Recent progress in photosynthesis research

Photosynthesis research has a long history, dating back to at least the 17th century. In a sense, a special biological reaction called photosynthesis involves a physical process called light energy conversion and a chemical process called redox, and its elaborate mechanism is of interest to many researchers, not only in the biological field.
Photoreceptors in plants from ultraviolet light to far-red light
Sep 13 , 2021

Photoreceptors in plants from ultraviolet light to far-red light

In the process of evolution, plants acquired phytochrome , which mainly receives light in the red light region, and multiple blue light receptors , including his lyptochrome and phototropin, in order to sense the light environment. .. In addition to these, an ultraviolet light receptor named UVR8 was recently discovered.
Advantages and characteristics of aeroponics culture
Aug 24 , 2021

Advantages and characteristics of aeroponics culture

The production method of aeroponics culture is the most advanced cultivation technology at present. Through nearly ten years of scientific research, experimentation and promotion, the technology has become more and more mature, the scale of the industry has continued to expand, the business model has blossomed, and the customer awareness and market recognition have also been continuously improved.
How does the light spectrum variation affect the plant growth in tissue culture, seedling, vegetative and flowering?
Aug 23 , 2021

How does the light spectrum variation affect the plant growth in tissue culture, seedling, vegetative and flowering?

The light in nature comes from the sun, and the solar spectrum can be roughly divided into three parts: ultraviolet light <400nm (uv-a315-400nm, uv-b280-315nm, uv-c100-280nm), far red light and infrared light> 700nm ( Far-red light 700-780nm, infrared light 780nm-1000μm), photosynthetically active radiation 400-700nm (blue-violet light 400-500nm, green light 500-575nm, yellow-orange light 575-620nm, red light 620-700nm).
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