Maximize pollination in tomato

climate conditions, and chemical influences, can impact plant health and reduce the number of healthy flowers. Regular monitoring, appropriate care, and

Artificially lit crops pollination advice

lights The use of energy screens in artificially lit greenhouses can lead to reduced light levels, affecting bumblebee navigation. To counter this, synchronize

Diglyphus isaea

within, leading to its death. This feeding behavior is highly effective in reducing leafminer populations, as each Diglyphus isaea larva can eliminate multiple

Feltiella acarisuga

horticultural producers can protect their crops from spider mites while reducing reliance on chemical pesticides. This natural predator ensures healthier

Transeius montdorensis

This contributes to the disruption of the pest's life cycle and helps in reducing overall pest numbers. As a natural enemy of various pests, Transeius m

Phytoseiulus persimilis

mite, the number of predatory mites increases rapidly, and they quickly reduce the spider mite population by predation. Phytoseiulus persimilis is highly

Thrips

desiccated and the adjacent cells turn brown. The vigour of the plant is also reduced by loss of chlorophyll. With a serious infestation the leaves themselves

Fit roots for plant health Technical bulletin 2020 EN

fertilizers by organic fertilizers does not compromise on plant growth and reduces the plants’ susceptibility to pests and diseases. Microbes in the rhizobiome [...] pest and disease organisms depend for their growth on free amino acids and reduced sugars – monosaccharides – dissolved in the plant sap. Plants grown with [...] e profile changes to more complex carbohydrates with low levels of non-reducing sugars (such as glucose, fructose and sucrose) in the plant sap. Plants

TRIANUM-G UK 060520

not been fully established. Some pesticides, particularly fungicides, may reduce effectiveness of TRIANUM-G®. It is compatible with natural enemies, and

ROI Trianum-P 060520a

not been fully established. Some pesticides, particularly fungicides, may reduce effectiveness of Trianum-P®. It is compatible with natural enemies, and