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2019-08-25T23:55:00.0000000Z
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Researchers Developing Natural Pesticide Alternative That Doesn’t Harm Honeybees

SciTechDaily
https://scitechdaily.com/researchers-developing-natural-pesticide-alternative-that-doesnt-harm-honeybees/

By SEAN BARTON, UNIVERSITY OF SHEFFIELD

  • Researchers at the University of Sheffield’s Institute for Sustainable Food are collaborating with industry to develop a natural, sustainable biocontrol which targets pests without harming honeybees and other beneficial pollinators
  • Estimated global crop loss to pests – including insects, plant viruses and fungi – is around $100 billion every year, equating to a 40 per cent loss in global agricultural production
  • New pesticide alternative could help achieve food security whilst protecting vital pollinators

A natural, sustainable alternative to pesticides that targets specific pests, without harming beneficial pollinators such as honeybees, is being developed with the help of researchers from the Institute for Sustainable Food at the University of Sheffield.

Working in collaboration with industry partner and leading agricultural company, Syngenta, experts at the institute are helping to develop a pioneering biocontrol that uses dsRNA-based biocontrols to target plant pests.

RNA is a molecule essential for the coding, decoding, regulation, and expression of genes. RNA-based biocontrols exploit a naturally occurring process called RNA interference (RNAi) in which double-stranded RNA (dsRNA) essentially stops the production of a critical protein in the target pest.

There is a significant need for innovative approaches to crop protection, driven by the need for greater food production, pest expansion linked to climate breakdown and the push for more sustainable farming practices.

New research published by the scientists in Analyst, a Royal Society of Chemistry journal, suggests this new approach could be key to addressing the threat to food security posed by plant pests, which account for a 40 percent loss in global agricultural production and costs $100 billion every year.

RNAi
Pesticide

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