The colour of light has an impact on the increment and development of the plants . Plants can ‘ see ’ colours with light - sensitive pigments such as phytochrome , cryptochrome and phototropins . Each of these paint is raw to a certain range of colours . The colour of lighting causes such a paint to be change to a particular setting . It is the starting sign for a whole serial of processes that ultimately learn the social organisation of the plant life . Therefore by controlling light , you’re able to ensure the plant ’s shape .
Longer stem on prune flowersWith cut efflorescence , you often want more length . After all , a longer stem earns more money . It is a well - known fact that stem ontogenesis is largely determined by the ratio between red and far - cherry brightness . The more far - red light ( compared to red light ) , the taller the plants .
Using coatings , you’re able to change the ratios between colours of light by selectively blocking a sealed colour . You could therefore inhibit carmine light from entering the nursery . Even though this is technically possible , this remains a unmanageable advance . It is quite critical and too much far - carmine ( compared to bolshie ) quick conduce to thin , elongated plants . Although the stems are then longsighted , the quality of their show understandably lessen .
Blue lightness offers more possible action . This colour has a whole reach of effect on the plant . Although it causes the stomata to spread wider , it reduces their number on new leaves . Blue lightness also makes it easier for water to feed through the foliage . However , the most interesting property in this respect is that this colour inhibits root development .
lifelike varietyReduFlex Blue specifically suppress blue light from enter the greenhouse , thus change the ratio of lite colours in the PAR range of a function . In theory , this could lead in longer stems in all cut efflorescence . However , in a greenhouse the term change perpetually . Firstly , there is already a mess of version in sunlight . In spring , the dimension of blue in born lightness is great that it is in summer and when a cloud floats by in summer , there is temporarily more blue light . At gloaming there is a lot of far - Bolshevik , which energize stem growth . However , when the assimilation ignition is on at the same fourth dimension , it produces so much red Light Within that the far - red effect is n’t envision at all .
blush wine love ReduFlex BlueThe combination of natural conditions and covering will produce unlike results in different region . For this intellect , it is a inquiry of trying out which crops and in which region ReduFlex Blue is able to play a useful role . In the event of blush wine , this has already been well march . grower all across the world have discover positive effect : in the Netherlands , Belgium , Austria , Germany , Poland , Ukraine , Russia , Kazakhstan , Ecuador and Colombia .
In many case , an added benefit is that in summer ReduFlex Blue has a chill effect on the greenhouse . This is due to the fact that grim visible radiation is relatively push - rich . If you percolate it out , the plant heat up less quickly . In addition , the coating has infra - reddened resistant belongings .
For more informationMardenkro The NetherlandsGeerstraat 85111 PS Baarle - NassauThe NetherlandsT : +31 ( 0)13 507 70 69Email:[email protected]www.redusystems.com
