International audienceStudies on the ecotoxicological impact of copper in vineyard soils are generally rely on monitoring the effect of adding specific dose of copper (Cu). However, soil properties and the dynamics of copper storage in the soil must also be taken into account to determine at the vineyard and wine-growing region levels the ecotoxicity thresholds that should not be exceeded to maintain good soil biological quality. The use of copper up to 28 kg/ha over seven years (average of 4 kg/ha/a), in accordance with current European regulations, generally postpones the deadline for exceeding the copper ecotoxicity threshold impacting soil biodiversity. However, the improvement of the quality and sustainability of wine production in Eur...
Depuis la fin du 19ème siècle, le traitement des vignes par des fongicides cupriques a engendré une ...
Plant protection strategies in organic viticulture are based on the application of copper products, ...
High copper (Cu) soil contents, due to the continuous vineyard application of Cu fungicides througho...
International audienceAbstract Consideration of copper storage and availability in vineyard soils to...
National audienceLa biodiversité du sol représenterait environ un quart des espèces de la planète. E...
La réduction des effets secondaires des produits phytosanitaires sur l’environnement est un enjeux m...
Copper (Cu) containing fungicides have been used for more than one century in Europe on agricultural...
International audienceCopper (Cu) is widely and historically used in viticulture as a fungicide agai...
Copper-based phytosanitary treatments are widely employed in viticulture for combating the fungal di...
Copper-based phytosanitary treatments are widely employed in viticulture for combating the fungal di...
none9siThe use of copper (Cu)-based fungicides to control diseases in vineyards can cause excessive...
Copper (Cu) and its based preparations have been used for over 200 years to control fungi and bacter...
Viticulture represents an important agricultural practice in many countries worldwide. Yet, the cont...
International audienceCopper (Cu) contamination of soils may alter the functioning and sustainabilit...
Viticulture represents an important agricultural practice in many countries worldwide. Yet, the cont...
Depuis la fin du 19ème siècle, le traitement des vignes par des fongicides cupriques a engendré une ...
Plant protection strategies in organic viticulture are based on the application of copper products, ...
High copper (Cu) soil contents, due to the continuous vineyard application of Cu fungicides througho...
International audienceAbstract Consideration of copper storage and availability in vineyard soils to...
National audienceLa biodiversité du sol représenterait environ un quart des espèces de la planète. E...
La réduction des effets secondaires des produits phytosanitaires sur l’environnement est un enjeux m...
Copper (Cu) containing fungicides have been used for more than one century in Europe on agricultural...
International audienceCopper (Cu) is widely and historically used in viticulture as a fungicide agai...
Copper-based phytosanitary treatments are widely employed in viticulture for combating the fungal di...
Copper-based phytosanitary treatments are widely employed in viticulture for combating the fungal di...
none9siThe use of copper (Cu)-based fungicides to control diseases in vineyards can cause excessive...
Copper (Cu) and its based preparations have been used for over 200 years to control fungi and bacter...
Viticulture represents an important agricultural practice in many countries worldwide. Yet, the cont...
International audienceCopper (Cu) contamination of soils may alter the functioning and sustainabilit...
Viticulture represents an important agricultural practice in many countries worldwide. Yet, the cont...
Depuis la fin du 19ème siècle, le traitement des vignes par des fongicides cupriques a engendré une ...
Plant protection strategies in organic viticulture are based on the application of copper products, ...
High copper (Cu) soil contents, due to the continuous vineyard application of Cu fungicides througho...