The floriculture industry encompasses a wide variety of planting styles from bedding, to potted and cut flowers. Lighting needs to vary based on species and production styles, however light remains an integral growth variable in production. Low light conditions result in poor quality plants that show an increase in blindness, stretching and have smaller flowers with thinner stems. If plants are grown at excessively high light levels, leaf orientation will change to avoid the light and the plants may also develop “sunburn”.
Cannabis is a plant for which light (or dark) is a necessary component for inducing flowering. Cannabis will flower only when days are short as the plant’s chemical signal begins to accumulate. In nature, we see this happen during the fall. In a controlled production setting, grow lights can be used to manipulate this chemical signaling to better control crop growth rates, yield, and other characteristics.
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Floriculture
Professional Solution for Medical Applications
Professional Solution for Medical Applications
Professional Solution for Medical Applications
Professional Solution for Medical Applications
- The first number (0-6) refers to the level of protection against solid objects and moving parts, such as dust, debris, or other solid matter.
- The second number (0-8) references the level of liquid and moisture protection.
IP65 Rating means the product has the highest level of dust protection, and is able to withstand low-pressure water jets from all directions.
- Plants detect wavelengths that include ultraviolet radiation (260–380 nm) and the visible portion of the spectrum (380–740 nm) which includes PAR (400–700 nm), and far-red radiation (700–850 nm).
- The peak of photosynthetic efficiency (light absorption) falls in the red light and blue light spectrums of the PAR range. Red radiation (around 700nm) is considered most efficient at driving photosynthesis – especially in the flowering stage for biomass growth (important to Cannabis growers). Blue light is essential for both the vegetative and flowering stages of plant growth, but mainly for establishing vegetative and structural growth.
The radiation within a specific wavelength range (400-700 nm) that plants use for photosynthesis is called photosynthetic active radiation.
The number of micromoles per second of photons emitted by an artificial light source with a wavelength of 400-700 nm,unit: umol/s.
Corresponding to PPF is the number of micromoles per second emitted from the light source per square meter,unit umol/m2s,it’s the idea of density.
PPFD is the PPF within one square meter.
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