Colonisation of barley grain has been studied during storage at different water contents and with and without restriction of the air supply to simulate conditions in unsealed silos. Grain stored with a water activity >0·9 aw (20% water content) heated spontaneously when aeration was unrestricted, the maximum temperature attained increasing with aw to 58 °C at 1·0 aw (39% water content). The presence of many unripe grains increased the tendency to heat at a given mean water content. Although heating was prevented by sheeting to restrict the air supply, it could occur subsequently when the sheeting was removed. Both heating and restriction of the air supply were associated with increased carbon dioxide (to >25%) and decreased oxygen concentra...
The aim of this work was to investigate the dynamics of fungi and related mycotoxins during cereal s...
Poor storage of cereals, such as maize can lead to both nutritional losses and mycotoxin contaminati...
The quantitative and qualitative differences in microbe exposure arising from hay, grain and straw d...
The microflora of moist barley grain and whole‐crop barley silage stored in top‐unloading, unsealed ...
When grain is harvested and correctly stored it should remain free of infestation from most pests an...
Much of the economic loss occurring during storage of barley grain is that due to fungal deteriorati...
1. The epiphytic micro flora of barley seed was investigated to determine the kinds of bacteria pres...
The principal contaminants found on barley and maize seeds were bacteria and fungi. Both field a...
Barley grain is converted to malt at the Heathcote, Canterbury, maltowrks of the Canterbury (N. Z.) ...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
The aim of this work was to investigate the dynamics of fungi and related mycotoxins during cereal s...
During the meteorologically contrasting period of 2003-2005, the contamination of winter wheat, malt...
During the meteorologically contrasting period of 2003-2005, the contamination of winter wheat, malt...
The aim of this work was to investigate the dynamics of fungi and related mycotoxins during cereal s...
Poor storage of cereals, such as maize can lead to both nutritional losses and mycotoxin contaminati...
The quantitative and qualitative differences in microbe exposure arising from hay, grain and straw d...
The microflora of moist barley grain and whole‐crop barley silage stored in top‐unloading, unsealed ...
When grain is harvested and correctly stored it should remain free of infestation from most pests an...
Much of the economic loss occurring during storage of barley grain is that due to fungal deteriorati...
1. The epiphytic micro flora of barley seed was investigated to determine the kinds of bacteria pres...
The principal contaminants found on barley and maize seeds were bacteria and fungi. Both field a...
Barley grain is converted to malt at the Heathcote, Canterbury, maltowrks of the Canterbury (N. Z.) ...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
Preventive actions in postharvest procedures are essential in maintaining good quality of malting ba...
The aim of this work was to investigate the dynamics of fungi and related mycotoxins during cereal s...
During the meteorologically contrasting period of 2003-2005, the contamination of winter wheat, malt...
During the meteorologically contrasting period of 2003-2005, the contamination of winter wheat, malt...
The aim of this work was to investigate the dynamics of fungi and related mycotoxins during cereal s...
Poor storage of cereals, such as maize can lead to both nutritional losses and mycotoxin contaminati...
The quantitative and qualitative differences in microbe exposure arising from hay, grain and straw d...