C-pro, an experimental fungicide based on grapefruit seed extract was compared to copper oxychloride for the control of apple scab in a field trial. Efficacy and possible phytotoxic effects where accessed. The C-pro formulation was analysed for possible chemical additives by HPTLC. C-pro proved tot be more effective in controlling apple scab then the standard rate of 300 gram copper oxychloride per ha, and gave a better leaf quality and less fruit skin russeting then the standard program of copper oxychloride. However C-pro contained 6.6 % of the synthetic preservation agent benzethonium chloride what excludes C-pro from use in organic agriculture. There is a growing interest in grapefruit seed extract products as well as in other ...
Novel organic fungicides and elicitors against downy mildew on grapevines were evaluated on grapevin...
Various strategies for controlling apple scab (Venturia inaequalis) were studied under field conditi...
The objective of REPCO is to contribute to the replacement of copper fungicides in organic agricultu...
Natural compounds were sprayed according the RimPro scab warning system from start of bud break unti...
In the future control of apple scab in organic apple growing could be based on the use of natural fu...
Organic apple production in Europe depends to a great extent on the use of copper fungicides for sca...
As a part of the REPCO project we are prospecting for plant extracts and other materials to control ...
The intention of this research project, which was supported within the "Bundesprogramm Ökologischer ...
Inorganic fungicides such as sulphur, lime sulphur and copper are used for apple diseases control si...
A range of possible substitutes for copper-based fungicides for control of apple scab (Venturia inae...
In organic apple growing protective applications with copper, sulphur or lime sulphur are used for ...
Inorganic fungicides such as sulphur, lime sulphur and copper are used for apple diseases control si...
In a field experiment conducted over two growing seasons, the effectiveness and phytotoxicity of ino...
In the EC at the moment only copper- and sulphur-based products are allowed to control a variety of...
In a field experiment conducted over two growing seasons, the effectiveness and phytotoxicity of ino...
Novel organic fungicides and elicitors against downy mildew on grapevines were evaluated on grapevin...
Various strategies for controlling apple scab (Venturia inaequalis) were studied under field conditi...
The objective of REPCO is to contribute to the replacement of copper fungicides in organic agricultu...
Natural compounds were sprayed according the RimPro scab warning system from start of bud break unti...
In the future control of apple scab in organic apple growing could be based on the use of natural fu...
Organic apple production in Europe depends to a great extent on the use of copper fungicides for sca...
As a part of the REPCO project we are prospecting for plant extracts and other materials to control ...
The intention of this research project, which was supported within the "Bundesprogramm Ökologischer ...
Inorganic fungicides such as sulphur, lime sulphur and copper are used for apple diseases control si...
A range of possible substitutes for copper-based fungicides for control of apple scab (Venturia inae...
In organic apple growing protective applications with copper, sulphur or lime sulphur are used for ...
Inorganic fungicides such as sulphur, lime sulphur and copper are used for apple diseases control si...
In a field experiment conducted over two growing seasons, the effectiveness and phytotoxicity of ino...
In the EC at the moment only copper- and sulphur-based products are allowed to control a variety of...
In a field experiment conducted over two growing seasons, the effectiveness and phytotoxicity of ino...
Novel organic fungicides and elicitors against downy mildew on grapevines were evaluated on grapevin...
Various strategies for controlling apple scab (Venturia inaequalis) were studied under field conditi...
The objective of REPCO is to contribute to the replacement of copper fungicides in organic agricultu...