Field experiments were conducted over 3 years to assess the effects of fungicides (F) containing strobilurins (alone and in mixture with morpholine, triazoles) and triazoles (epoxiconazole or propiconazole) on winter wheat ‘Zentos’ grain quality, incidence of Fusarium head blight (FHB) in the field, grain contamination with fungi and mycotoxins. The effect of strobilurins and triazoles on the parameters tested was more dependent on the weather conditions of the growing season than on the F applied. The incidence of FHB was low in 2002 and 2003, but high in 2004. Averaged data suggest that strobilurin treatments decreased the level of FHB. In 2002, grain contamination with fungi was lower than in 2003 and 2004. The data on the impact of fung...
Foliar fungicides in wheat are typically used to safeguard against economic losses from diseases. In...
Field experiments were conducted over 3 years to study the effect of applying triazole and strobilur...
The mass development of fungal diseases of grain crops leads to a decrease in grain yielding capacit...
A series of field experiments has been conducted in North West Italy over a period of 3 years to eva...
The effect of adding strobilurins to a triazole (epoxiconazole) fungicide programme on the quality o...
The effect of triazole-based treatments on Fusarium head blight (FHB), grain yields and the accumula...
Field experiments were conducted over 3 years to assess the effect of a triazole fungicide programme...
Fusarium head blight (FHB) caused by Fusarium graminearum, the FHB-associated mycotoxin deoxynivalen...
Strobilurins have made a major impact on wheat production in the UK since their introduction in 1997...
Field experiments were conducted in 2010 to investigate the effect of fungicide commercial formulat...
This study investigates the effects of timing of fungicide applications alone or in combinations on ...
One glasshouse and six field experiments investigated the effects of propiconazole plus tridemorph f...
Fusarium head blight (FHB) of wheat is a disease caused mainly from fungi of the genus Fusarium and ...
Fusarium head blight, caused mainly by Fusarium graminearum Schwabe, results in major losses in whea...
Foliar fungicides in wheat are typically used to safeguard against economic losses from diseases. In...
Field experiments were conducted over 3 years to study the effect of applying triazole and strobilur...
The mass development of fungal diseases of grain crops leads to a decrease in grain yielding capacit...
A series of field experiments has been conducted in North West Italy over a period of 3 years to eva...
The effect of adding strobilurins to a triazole (epoxiconazole) fungicide programme on the quality o...
The effect of triazole-based treatments on Fusarium head blight (FHB), grain yields and the accumula...
Field experiments were conducted over 3 years to assess the effect of a triazole fungicide programme...
Fusarium head blight (FHB) caused by Fusarium graminearum, the FHB-associated mycotoxin deoxynivalen...
Strobilurins have made a major impact on wheat production in the UK since their introduction in 1997...
Field experiments were conducted in 2010 to investigate the effect of fungicide commercial formulat...
This study investigates the effects of timing of fungicide applications alone or in combinations on ...
One glasshouse and six field experiments investigated the effects of propiconazole plus tridemorph f...
Fusarium head blight (FHB) of wheat is a disease caused mainly from fungi of the genus Fusarium and ...
Fusarium head blight, caused mainly by Fusarium graminearum Schwabe, results in major losses in whea...
Foliar fungicides in wheat are typically used to safeguard against economic losses from diseases. In...
Field experiments were conducted over 3 years to study the effect of applying triazole and strobilur...
The mass development of fungal diseases of grain crops leads to a decrease in grain yielding capacit...