ArticleEffect of Genetic Variability of Maize Genotypes on Late Wilt Disease (Cephalosporium maydis) and Losses of Yield Components
ArticleEffect of Genetic Variability of Maize Genotypes on Late Wilt Disease (Cephalosporium maydis) and Losses of Yield Components
ArticleEffect of Magnaporthiopsis maydis inoculum density on late wilt disease development and maize yield
ArticleEffect of Magnaporthiopsis maydis inoculum density on late wilt disease development and maize yield
ArticlePOTENTIAL IMPACTS OF ENVIRONMENTAL CONDITIONS, POLYPHENOLIC COMPOUNDS AND TRYPSIN INHIBITOR AGAINST EAR AND KERNEL ROTS DISEASES OF MAIZE
ArticlePOTENTIAL IMPACTS OF ENVIRONMENTAL CONDITIONS, POLYPHENOLIC COMPOUNDS AND TRYPSIN INHIBITOR AGAINST EAR AND KERNEL ROTS DISEASES OF MAIZE
ArticleCOMBINING ABiLITY OF RESISTANCE TO LATE WILT DISEASE AND GRAIN YIELD AND THEIR RELATIONSHIPES UNDER ARTIFiCiAL AND NATURAL INFECTIONS IN MAIZE
ArticleCOMBINING ABiLITY OF RESISTANCE TO LATE WILT DISEASE AND GRAIN YIELD AND THEIR RELATIONSHIPES UNDER ARTIFiCiAL AND NATURAL INFECTIONS IN MAIZE
ArticlePathological and Molecular Characterization of Magnaporthiopsis maydis Isolates Causing Late Wilt in Maize
ArticlePathological and Molecular Characterization of Magnaporthiopsis maydis Isolates Causing Late Wilt in Maize
ArticleEffect of Harvest Time and Insect Control as Agriculture Practices on Maize Ear Rot Disease and Kernels Contamination by Some Mycotoxins
ArticleEffect of Harvest Time and Insect Control as Agriculture Practices on Maize Ear Rot Disease and Kernels Contamination by Some Mycotoxins
ArticleCephalosporium maydis AS AFFECTED BY MAIZE ROOT EXUDATES AND ROLE OF THE FUNGAL METABOLITES IN PATHOGENESIS
ArticleCephalosporium maydis AS AFFECTED BY MAIZE ROOT EXUDATES AND ROLE OF THE FUNGAL METABOLITES IN PATHOGENESIS
ArticleImpact of fall armyworm Spodoptera frugiperda on maize yield and economic assessment of losses under different insecticidal sequences
ArticleImpact of fall armyworm Spodoptera frugiperda on maize yield and economic assessment of losses under different insecticidal sequences