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IPM-Popillia
Integrated pest management of japanese beetle
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Lifecycles
Understanding the beetle's reproduction
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Slide Three
Popillia Japonica

A danger to food safety

A group of Adult Japanese beetles feeding on a peach tree in Noblesville, Indiana. CC:BY 4.0 Zech Smith | Wikipedia

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  • About the IPM-Popillia project

    The aim of IPM-Popillia is to address the challenge of a new risk to plant health in Europe, the invasion of the Japanese beetle, Popillia japonica. This pest was introduced accidentally to mainland Europe in 2014 (EPPO 2014) and can easily spread in the course of trade and the movement of goods and people. P. japonica threatens the entire agricultural sector, urban landscapes, and biodiversity in invaded areas.

    Prevention of the species’ invasion faces two constraints: The possibilities to restrict the movement of goods and people are limited, and successful eradication of the population established south of the Italian-Suisse border is impossible.

    » Read more...

From the Blog

Latest Blogs

17 April 2024
Other
Have you already placed your iSCOUT® traps on the field? Insects are emerging to feast on your crops. It is best to stay vigilant and use the iSCOUT® electronic traps for the remote monitoring of the important insects that affect your fields.Dust off...
12 April 2024
Other
Citizen Science
To increase the reach and sustainability of funding, the IPM-Popillia Citizen Science App Toolkit can open up collaboration with other research or monitoring projects regarding controlled pest species or invasive species. First talks have b...
20 December 2023
Monitoring
Here is an interactive map showing the suitability of Europe for the Japanese beetle (Popillia japonica).  This map is the result of our INRAE team's modelling efforts and shows predictions of environmental suitability. You can read more about t...

App Download Links (QR-Codes)

Android
(Google Play) 

qrcode app Popillia googleplay

iPhone
(Apple App Store) 

 qrcode appPopillia appstore

 EU Flag This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 861852

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