Ear and kernel rots can reduce yield, quality and feed value of grain. Toxins produced by the fungi in corn can also have serious implications on the end use of the grain. Various fungi cause ear and kernel rots. Fungi belonging to the genus Fusarium are the most significant fungi which can cause corn ear and kernel rots. The aim of this paper is to test health of mercantile maize seed belonging to different hybrids. Seed health testing was done using filter paper and nutritive media (PDA) method. Fungi from genera Fusarium, Penicillium, Aspergillus and Alternaria were isolated from tested corn seed by both methods. Two species from the genus Fusarium were found in the tested corn samples F. graminearum and F. monilirome. Tested hy...
Master of Science in Agriculture (Plant Breeding)Most South African households depend on maize as so...
Field and/or storage fungi may cause severe corn production losses. Laboratory experiments were set ...
Ear rots, caused by fungi, are among the most important maize diseases worldwide causing severe yiel...
Corn is one of the most important crops in Serbia. Corn is grown on 1.200.000 hectares. It is suscep...
Ear and kernel rots can reduce yield, quality and feed value of grain. Toxins produced by the fungi ...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
This study was aimed to evaluate the pathogenicity of two mostly prevailing fungal species on maize ...
Toxigenic fungi that infect corn grains are among the major problems in Brazil as they are associate...
Kernel rot of corn (Zea mays L.) as determined by percentage of kernel infection was caused primaril...
Extension Circular 1901 (EC1901). Under certain conditions, corn ear rot and grain mold diseases are...
Abstract High year-to-year variability in the incidence of Fusarium spp. and mycotoxin contamination...
Two Fusarium species were identified in mouldy maize ears with the highest frequency during 2005–201...
Master of Science in Agriculture (Plant Breeding)Most South African households depend on maize as so...
Field and/or storage fungi may cause severe corn production losses. Laboratory experiments were set ...
Ear rots, caused by fungi, are among the most important maize diseases worldwide causing severe yiel...
Corn is one of the most important crops in Serbia. Corn is grown on 1.200.000 hectares. It is suscep...
Ear and kernel rots can reduce yield, quality and feed value of grain. Toxins produced by the fungi ...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
Several fungi species from genus Fusarium can infect maize crop and cause seedling blight, root rot,...
This study was aimed to evaluate the pathogenicity of two mostly prevailing fungal species on maize ...
Toxigenic fungi that infect corn grains are among the major problems in Brazil as they are associate...
Kernel rot of corn (Zea mays L.) as determined by percentage of kernel infection was caused primaril...
Extension Circular 1901 (EC1901). Under certain conditions, corn ear rot and grain mold diseases are...
Abstract High year-to-year variability in the incidence of Fusarium spp. and mycotoxin contamination...
Two Fusarium species were identified in mouldy maize ears with the highest frequency during 2005–201...
Master of Science in Agriculture (Plant Breeding)Most South African households depend on maize as so...
Field and/or storage fungi may cause severe corn production losses. Laboratory experiments were set ...
Ear rots, caused by fungi, are among the most important maize diseases worldwide causing severe yiel...