Light spectrum is crucial when it comes to lighting requirements for different plants or growing environments. It is dependent on the environment in which the lights are used, the type of light used and the plants. The amount of grow light required to produce profitable plant yields will also depend on these factors. You need to be able to fully harness the potential of an LED grow light setup. Mars Hydro is a company which provides a viable and commercially viable LED grow lights that are suitable for indoor growing horticulture. They provide lighting solutions for the cultivation of medicinal and food crops in addition to efficient components and scientific designs.
The crop’s environmental requirements will determine the lighting requirements for each of the grow environments: field, polytunnel, roof city garden, underground bunker or vertical farm. John Matcham, Technical Director of Light Science Technologies, says, “It is essential to understand what the crop requires from its environment in order to design the best LED grow lighting layout.”
The Grow Light Spectrum under Natural Light Conditions
Matcham says that the first step is to distinguish between grow environments with 100% artificial light and those with natural light. Natural light is defined as spaces in which natural sunlight is combined with artificial light to either extend the day or increase light intensity.
Additional light is often used to increase the growth of grass in football, cricket, and rugby pitches. This is especially important in areas that are subject to heavy wear and tear or that require rapid growth. Blending artificial light and natural light can increase the speed of grass growth, making it easier for owners to maintain turf and train. Each location is unique and will have different shadowing patterns depending on the position of the stadium relative to the sun. This can be compensated for by a suitable lighting program.
Glasshouses are used to produce tomatoes, peppers, and cucumbers. The LED grow lights promote plant growth in the entire canopy of vines and not just within them. Amazing results can be achieved by placing LED grow lights in the crop, and not above it.
Rooftop gardens and polytunnels:
These grow spaces, just like the field and glasshouse, benefit from both natural and artificial lighting to improve production performance throughout the year. LED grow lights are a great way to increase summer production, or to ensure winter growth.
The LED grow light spectrum can be managed in environments that mix natural and artificial light to achieve optimal results. This will depend on your target crop and other requirements. The seasons change the natural light spectrum. Days get shorter or longer, and the quality of light also changes. These changing environmental factors have influenced the evolution of plant species. Your LED grow light spectrum must take this into consideration.
Consider light, temperature, humidity, temperature, temperature, and air movement, as well as soil temperature and water, nutrients, and O2. To achieve the perfect balance, the grow light spectrum wi