Life Resilience achieves great results in Portugal and Italy to prevent Xylella

Published 2022년 2월 22일

Tridge summary

The LIFE Resilience project, funded by the EU LIFE program, is working to develop Xylella fastidiosa-resistant olive varieties and prevent the spread of the pathogen in high-density olive and almond farms. The Institute of Bioeconomy of the National Research Council of Italy (CNR IBE) is leading the effort, with a focus on understanding the population dynamics of two vectors, Philaenuss pumarius and Neophilae nuscampestris, in olive groves. The project has also looked into the effectiveness of Beauveriabassiana for controlling vector nymphs and the role of nymphal foam in protecting nymphs from predators. Other strategies include increasing biodiversity and using plant coverings against Xylella fastidiosa. The project also involves using auxiliary fauna in crop plots and planting typical Tuscan varieties to create green corridors.
Disclaimer:The above summary was generated by Tridge's proprietary AI model for informational purposes.

Original content

LIFE Resilience, a project co-funded by the European Union (EU) LIFE program, whose main objective is the prevention of Xylella fastidiosa in high density olive and almond farms, continues its work to develop olive varieties that are as tolerant as possible to Xylella fastidiosa and other pathogens. The Institute of Bioeconomy of the National Research Council of Italy (CNR IBE) has made great strides in recent months, having carried out soil sampling to study microbiological activity at the same sites that were collected in the first year. Specifically, the Italian partners worked on the population dynamics of Philaenuss pumarius and Neophilae nuscampestris in olive groves. Two years of data collected on the presence of these two vectors in the olive groves of Pisa, in their different stages, led the researchers to observe that they are more present in the juvenile stages, while the adults disappear in the summer and return in the autumn. In addition, the abundance of Philaenuss ...
Source: Agrotec

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