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GIFS researchers at USask identify protein that helps tell plants ‘no’ when nitrogen is low

Research led by a post-doctoral fellow at the Global Institute for Food Security (GIFS) at the University of Saskatchewan (USask) is shedding new light into how a protein helps plants acquire nitrogen and other important nutrients for growth.

Dr. Mutsutomo Tokizawa (PhD), a post-doctoral research fellow at GIFS, is the lead author of a new study with Dr. Leon Kochian (PhD), Canada Excellence Research Chair in Global Food Security at USask and research group lead at GIFS. The researchers have identified a novel regulatory mechanism that helps plant roots conserve resources in nitrogen-deficient soils and use them for enhanced growth of the tap root, which can grow deeper into the soil in search of areas with higher concentrations of the nutrient.

The findings support long-term initiatives to develop new crop varieties with root-related traits that help agricultural producers optimize fertilizer applications.

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Spider Mite Control with Predatory Mites (Phytoseiulus persimilis)

Video: Spider Mite Control with Predatory Mites (Phytoseiulus persimilis)

The predatory mite Phytoseiulus persimilis is a highly effective biological control agent for spider mite infestations. As the first company to introduce this natural enemy, Koppert has been a pioneer in sustainable crop protection.

How does Phytoseiulus work?

•Adult mites feed on all life stages of spider mites.

•Nymphs consume spider mite eggs, larvae, and protonymphs.

•Although blind, Phytoseiulus detects spider mites by sensing webbing and leaf damage.

•It eliminates its prey by sucking out the contents, leaving only the empty skin behind.

Why use Phytoseiulus for spider mite control?

•High predation rate ensures rapid spider mite suppression.

•Fast life cycle leads to effective population growth.

•100% natural solution for sustainable pest control.