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IPSEELON project

Effective management of aphids and leafhoppers cannot be achieved at crop level alone, but requires consideration of the surrounding ecosystem. This is one of the objectives of the IPSEELON project:  to achieve integrated and cross-cutting management of targeted pests

Piercing-Sucking insects epidemiological surveillance and pest control 
(2026-2030)

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Issues

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The first issue is economic. Aphids and leafhoppers cause direct damage and can also transmit various types of diseases, mainly viruses.
 
Reducing control measures therefore has a negative impact on growers' incomes due to lower yields and poorer product quality.

The second challenge relates to protecting the region's health against new emerging phytoplasma diseases.
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The IPSEELON project brings together a consortium of 15 partners, including technical institutes, inter-professional organisations and research laboratories with a shared interest in piercing-sucking pests (aphids and leafhoppers) and the pathogens they transmit.

A better understanding of vector-pathogen interactions, the parameters that favour their establishment in the host, their scale of dissemination, and the ability to anticipate vector pressure would enable better disease management.

Similarly, finding other complementary means of protection through the use of biocontrol products, genetic, physical or prophylactic control methods, or combinations of these approaches would help reduce the direct or indirect impact of pests on crops, thereby securing the agronomic and economic performance of farms. 

Objectives

The project, which covers more than thirty plant/pest/pathogen associations, aims to develop, propose and promote innovative, effective and sustainable technical solutions for managing these pests on a range of strategic crops.

To achieve this ambition, the IPSEELON project is structured around the following objectives:

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Deepening knowledge on the harmfulness of piercing-sucking pests and interactions with transmitted microorganisms

Develop and/or maintain networks for epidemiological surveillance of insect presence, develop tools for forecasting vector and/or disease population dynamics

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Assess the intrinsic effectiveness of different direct control solutions, such as biocontrol or physical control solutions, as well as their optimal

conditions of use

Assess the sustainability of varietal resistance, seek new sources of resistance to viruses, and characterise the post-registration varietal effect on susceptibility/resistance to piercing-sucking insects and diseases

Assessing the effect of cultivation practices on pest pressure

Identify and implement preventive measures to be coordinated at regional level to prevent the spread of pests and diseases, and assess the appropriate combinations of levers

Organise exchanges with other ongoing PARSADA projects or projects related to the theme of piercing and sucking insects to inform the project's direction

Transfer, share and disseminate the knowledge generated throughout the project

Planned actions

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Axis 1

Knowledge of pests and associated diseases

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Axis 2

Evaluation of direct and indirect

control solutions

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Axis 3

Landscape-scale and cropping system solutions: prevention and combination of levers

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Axis 4

Transfer and deployment to stakeholders

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The funders

The IPSEELON project falls under the remit of Plan d’Action stratégique pour l’anticipation du potentiel Retrait européen des Substances Actives et le Développement de techniques Alternatives pour la protection des cultures (PARSADA, n°1016115).

It is financed by funds from ecological planning.

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The results of the project are made available free of charge to all companies operating in the agricultural sector.

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The Ministry of Agriculture cannot be held liable.

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Project partners

Lead and coordinator :

Coordination units

Field crops, Seeds and seedlings, Processed Fruit and Vegetables

In partnership with :

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Associated partners :

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