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  • What are the role of 450nm 660nm LED and white LED in horticulture lighting?

    What are the role of 450nm 660nm LED and white LED in horticulture lighting?

    In recent years, the utilization of light-emitting diodes (LEDs) in horticulture has gained significant traction due to their PPE efficiency, longevity, and versatility. LEDs emit light in various spectrum, each with specific wavelengths that influence plant growth and development. Among these, red 660nm, blue 450nm, and white LED lights play pivotal roles in plant illumination. 660nm Red …

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  • Vertical Farming

    High PPE LED For Horticole LED Grow Light

    In the realm of modern agriculture and horticulture, the utilization of LED (Light Emitting Diode) technology has emerged as a prevalent choice, particularly in plant cultivation. From household gardening to commercial greenhouses, LED light sources have been widely employed to enhance the efficiency and quality of plant growth. This article delves into the application of …

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  • Typical state of plant photosynthesis(四)

    Typical state of plant photosynthesis(四)

    avoidance reaction The mechanism of how crops respond to changes in light signals in the surrounding environment has always been one of the hotspots of international botany research. The plant shade avoidance response refers to the interaction of various forms of light signal receptors in cells, which causes stem elongation after sensing that the plant …

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  • Typical state of plant photosynthesis(三)

    Typical state of plant photosynthesis(三)

    Continuous lighting Continuous illumination refers to a photoperiod management method that uses artificial light sources under the condition that the illumination intensity and light quality are determined, and the illumination time exceeds 24 hours. Continuous light can increase the growth of Arabidopsis, lettuce, several types of potatoes, rosettes (Velez-Ramirez et al., 2011). However, continuous light …

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  • Typical state of plant photosynthesis(二)

    Typical state of plant photosynthesis(二)

    photoinhibition Photoinhibition occurs when light energy exceeds the demand for photosynthesis. The basic feature of photoinhibition is the reduction of photosynthetic efficiency (quantum efficiency of photosynthetic carbon assimilation and photochemical efficiency of photosystem II). According to the difference in the recovery speed of photosynthetic efficiency after the removal of photoinhibitory conditions, it can be divided …

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  • Typical state of plant photosynthesis(一)

    Typical state of plant photosynthesis(一)

    photoresponse When the photosynthetic apparatus (leaves, mesophyll cells, protoplasts or chloroplasts) is transferred from darkness to light, or from weak light to strong light, their photosynthetic rate goes through a long or short step-up process After that, a stable high level, the steady state level, is reached, a phenomenon known as the light-induced phenomenon of …

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  • Photosynthesis process

    Photosynthesis process

    Photosynthesis occurs on the inner thylakoid membrane in the chloroplast of plants. Photosystem I and photosystem II are embedded in the thylakoid membrane, which is called the photosynthesis unit. It is composed of light-harvesting pigments composed of 200-300 antenna pigments. It is composed of body (absorbing light energy) and reaction center (consisting of 1 chlorophyll …

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  • The concept of plant photosynthesis

    The concept of plant photosynthesis

    Photosynthesis refers to the process in which plant cells and bacteria containing photosynthetic pigments absorb light energy, assimilate inorganic matter into organic matter and release oxygen. The significance of photosynthesis is: ① convert inorganic matter into organic matter; ② convert light energy into chemical energy; ③ maintain the balance of oxygen and carbon dioxide concentrations …

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  • Agricultural big data

    Agricultural big data

    At present, the agricultural industry is in a stage of transition from small-scale farmers to large-scale, mechanized, and intensive operations, which provides a huge space for the application of agricultural big data. Agricultural big data focuses on agricultural fields covering sub-industries such as planting, forestry, and animal husbandry, involving feed production, fertilizer production, agricultural machinery …

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