Titlebook: Entomovectoring for Precision Biocontrol and Enhanced Pollination of Crops; Guy Smagghe,Otto Boecking,Peter G. Kevan Book 2020 Springer Na

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Using Bumblebees (,) as Bioagent Vectors to Control Sclerotinia Head Rot on Sunflower in Serbia,clerotinia head rot was studied during 2016 and 2017 in field trials. The bumblebee hives were placed in isolation cages before flowering and allowed to adapt to the new environment. The bumblebee activity in 2016 was significantly lower in the confined space compared with colonies in the open field

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Regulatory Processes Surrounding the Risk Assessment of Microbial Pesticides for Pollinators,d-wide. However, traditional toxicity testing and regulatory frameworks may not be fit for purpose where microbial plant protection products are concerned. A working group of the ICPPR Bee Protection group is developing a white paper examining these issues. Here we summarize the current state-of-aff

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https://doi.org/10.1007/978-3-0348-7963-7, have also been conducted in crops such as tomato, sweet pepper and sunflowers. In this chapter, an overview is provided of the current literature with several case studies investigating the potential of entomovectoring to suppress plant pathogens and pest species under greenhouse and open field conditions.

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Amusement/Theme Parks and Resortsell as the impact of the different treatments in the control of . and the quality of the fruits. Complementary, an analysis of the commercial potential of the Apivectoring Technology implementation was made, and finally the experience in the transfer of Apivectoring Technology to agricultural producers in Colombia was reviewed.

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Travel Journalism and Travel Mediaal of determining where potential risks may lie. Note that this chapter is summarized from a white paper in development on this topic by the ICP-PR (International Commission on Plant-Pollinator Relationships) working group on Microbial and Bees.

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Case Studies on Entomovectoring in the Greenhouse and Open Field,, have also been conducted in crops such as tomato, sweet pepper and sunflowers. In this chapter, an overview is provided of the current literature with several case studies investigating the potential of entomovectoring to suppress plant pathogens and pest species under greenhouse and open field conditions.