The use of variable application systems combined with decision support systems such as Dosaviña allows reducing application time, minimizing the risk of exposur

The use of variable application systems combined with decision support systems such as Dosaviña allows reducing application time, minimizing the risk of exposure to phytosanitary products and reducing the number of times the operator handles the product. In addition, this time saving translates into a larger window of treatments (greater availability to carry out the treatments). This saving can lead to a reduced need for committed assets to carry out the work.

El uso de sistemas de aplicación variable combinados con sistemas de ayuda a la decisión como DOSAVIÑA permite reducir el tiempo de aplicación, minimizando el riesgo de exposición a productos fitosanitarios y reduciendo el número de veces que el operario manipula el producto. Además, este ahorro de tiempo se traduce en una mayor ventana de tratamientos (mayor disponibilidad para realizar los tratamientos). Este ahorro puede suponer una menor necesidad de activos comprometidos para realizar los trabajos.

Source Project

GOPHYTOVID: OPTIMISATION IN THE USE OF PHYTOSANITARY PRODUCTS IN VITICULTURE BASED ON VIGOUR MAPS.

Completed | 2018-2020

Main funding source: Rural development 2014-2020 for Operational Groups
Geographical location: Spain

Project details

The use of variable application systems combined with decision support systems such as Dosaviña allows reducing application time, minimizing the risk of exposur

GOPHYTOVID: OPTIMISATION IN THE USE OF PHYTOSANITARY PRODUCTS IN VITICULTURE BASED ON VIGOUR MAPS.

Project Keywords

Thanks to the project, an efficient, manageable and simple tool is generated to treat fungal diseases in the vineyard, which, together with the prediction model

Thanks to the project, it is possible to reduce the volume of application. As a result of the implementation of the DOSAVIÑA and DOSA3D programs, a significant

Thanks to the project, it has been possible to optimize the adjustment maneuvers of the treatment equipment following the zonal prescription map and to ensure t

Aerial images obtained at different stages of the vegetative development of the vineyard have been incorporated at a productive scale. This type of maps had bee

The project has validated high efficiency equipment with confined application (recycling tunnel), especially in the early stages of vegetative development in wh

The use of variable application systems combined with decision support systems such as Dosaviña allows reducing application time, minimizing the risk of exposur

GOPHYTOVID: OPTIMISATION IN THE USE OF PHYTOSANITARY PRODUCTS IN VITICULTURE BASED ON VIGOUR MAPS.

Project Keywords

Practice abstracts from the same project

Thanks to the project, an efficient, manageable and simple tool is generated to treat fungal diseases in the vineyard, which, together with the prediction model

Thanks to the project, it is possible to reduce the volume of application. As a result of the implementation of the DOSAVIÑA and DOSA3D programs, a significant

Thanks to the project, it has been possible to optimize the adjustment maneuvers of the treatment equipment following the zonal prescription map and to ensure t

Aerial images obtained at different stages of the vegetative development of the vineyard have been incorporated at a productive scale. This type of maps had bee

The project has validated high efficiency equipment with confined application (recycling tunnel), especially in the early stages of vegetative development in wh