The capability of plants of increasing the ecosystem resistance to pests and invasive species is a well-known ecosystem service. However, monocultures (including vineyards) do not exploit the potential of plant diversity. The aims of this research are to develop new viticultural systems based on increased plant diversity within (e.g., cover crops) and/or around (e.g., hedges, vegetation spots, edgings) vineyards by planting selected plant species for the control of arthropods, soil-borne pests (oomycetes, fungi, nematodes), and foliar pathogens. In order to control pests, plants species can either i) repel arthropod pests, ii) attract arthropod pests to a trap crop or iii) attract and/or conserve beneficials. An extensive systematic literat...
The effect of cover plants on arthropod functional biodiversity was investigated in a vineyard in No...
Perennial crop systems such as wine grapes have begun using cover crops and hedgerows to increase be...
Italian vineyards are large-scale monocultures characterized by high pesticide pressure and removal ...
The capability of plants of increasing the ecosystem resistance to pests and invasive species is a w...
To control arthropod pests, cover crops can either directly repel harmful species or indirectly favo...
Organic vineyards still rely on large external inputs to control pests. The BIOVINE project aims to ...
International audiencePlant diversity has the potential to conserve beneficials and thereby naturall...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). Th...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). Th...
We provide a summary of two recent studies that investigated the role that three native insectary pl...
This work aim to develop new viticultural systems based on increased plant diversity within vineyard...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). BI...
This paper presents a part of the obtained results in the Project BIOVINE, funded by the H2020 progr...
National audienceOrganic vineyards still rely on large external inputs to control harmful organisms....
The effect of cover plants on arthropod functional biodiversity was investigated in a vineyard in No...
Perennial crop systems such as wine grapes have begun using cover crops and hedgerows to increase be...
Italian vineyards are large-scale monocultures characterized by high pesticide pressure and removal ...
The capability of plants of increasing the ecosystem resistance to pests and invasive species is a w...
To control arthropod pests, cover crops can either directly repel harmful species or indirectly favo...
Organic vineyards still rely on large external inputs to control pests. The BIOVINE project aims to ...
International audiencePlant diversity has the potential to conserve beneficials and thereby naturall...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). Th...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). Th...
We provide a summary of two recent studies that investigated the role that three native insectary pl...
This work aim to develop new viticultural systems based on increased plant diversity within vineyard...
Organic vineyards still rely on large external inputs to control harmful organisms (i.e., pests). BI...
This paper presents a part of the obtained results in the Project BIOVINE, funded by the H2020 progr...
National audienceOrganic vineyards still rely on large external inputs to control harmful organisms....
The effect of cover plants on arthropod functional biodiversity was investigated in a vineyard in No...
Perennial crop systems such as wine grapes have begun using cover crops and hedgerows to increase be...
Italian vineyards are large-scale monocultures characterized by high pesticide pressure and removal ...