On behalf of Koppert Biological Systems, a desk study has been carried out on effects of diffuse greenhouse coverings and coverings with a different light spectrum on pollination and seed setting in tomatoes. The information in the literature was found to be limited. Under diffuse glass, production increases by bigger and sometimes more fruits, but it is unknown whether this is partly due to a better seed setting. Red and pearl netting above the crop does increase production. Yellow and pearl nets reduce the virus attack by less activity and rejection of harmful insects. Higher UV-light absorption increases the protection against harmful insects, but may reduce the search behavior of predators and bumblebee
The effects of four shade nets with different colour transmission properties and shading intensities...
To investigate the effect of very high hortiscatter (extreme light diffusion) on the growth of a you...
High energy use in rose cultivation at higher latitudes is caused by the need for artificial light t...
On behalf of Koppert Biological Systems, a desk study has been carried out on effects of diffuse gre...
There is a great deal of interest for diffuse glass in Dutch horticulture ever since higher light tr...
Light is not evenly distributed in Dutch glass greenhouses, but this can be improved with diffuse li...
Diffuse greenhouse glass can increase the production and growth of several crops, by scattering the ...
In the present study, the influence of four different shading nets with different colour and shading...
Wageningen UR investigated the potentials of diffuse light for the use in Dutch horticulture. Light ...
The effect of artificial illumination during the seedling stage of tomatoes was studied, mainly with...
The yield and fruit quality parameters of tomatoes are influenced by environmental conditions, and c...
We studied the effect of UV-blocked greenhouses made from netting and plastics on the movement and p...
The covering of crops with plastic screens has increased during last years for their protective capa...
Insect-proof screens constitute efficient physical means of protecting horticultural crops against i...
To combine the development towards sustainable and climate-neutral cultivation systems for all-elect...
The effects of four shade nets with different colour transmission properties and shading intensities...
To investigate the effect of very high hortiscatter (extreme light diffusion) on the growth of a you...
High energy use in rose cultivation at higher latitudes is caused by the need for artificial light t...
On behalf of Koppert Biological Systems, a desk study has been carried out on effects of diffuse gre...
There is a great deal of interest for diffuse glass in Dutch horticulture ever since higher light tr...
Light is not evenly distributed in Dutch glass greenhouses, but this can be improved with diffuse li...
Diffuse greenhouse glass can increase the production and growth of several crops, by scattering the ...
In the present study, the influence of four different shading nets with different colour and shading...
Wageningen UR investigated the potentials of diffuse light for the use in Dutch horticulture. Light ...
The effect of artificial illumination during the seedling stage of tomatoes was studied, mainly with...
The yield and fruit quality parameters of tomatoes are influenced by environmental conditions, and c...
We studied the effect of UV-blocked greenhouses made from netting and plastics on the movement and p...
The covering of crops with plastic screens has increased during last years for their protective capa...
Insect-proof screens constitute efficient physical means of protecting horticultural crops against i...
To combine the development towards sustainable and climate-neutral cultivation systems for all-elect...
The effects of four shade nets with different colour transmission properties and shading intensities...
To investigate the effect of very high hortiscatter (extreme light diffusion) on the growth of a you...
High energy use in rose cultivation at higher latitudes is caused by the need for artificial light t...