Historical records report Fusarium moniliforme sensu lato as the pathogen responsible for Fusarium diseases of sorghum, however recent phylogenetic analyses has separated this complex into more than 25 species. During this study, surveys were undertaken in three major sorghum producing regions in eastern Australia to assess the diversity and frequency of Fusarium species associated with stalk rot and head blight infected plants. A total of 523 isolates were collected from northern New South Wales, southern Queensland, and central Queensland. Nine Fusarium species were isolated from diseased plants. Pathogenicity tests confirmed F. andiyazi and F. thapsinum were the dominant stalk rot pathogens, whilst F. thapsinum and species within the Fus...
BACKGROUND: Fusarium spp. are not only pathogenic to plants but are also known as toxin producers th...
Fusarium species associated with crown rot were isolated and identified from 409 wheat, barley or du...
Citation: Tesso, T., Perumal, R., Little, C., . . . Magill, C. (2011). Sorghum pathology and biotech...
Historical records report Fusarium moniliforme sensu lato as the pathogen responsible for Fusarium d...
Stalk rots and lodging are a continual threat to sorghum producers across Australia, particularly o...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium species are dominant within the sorghum grain mold complex. Some species of Fusarium involv...
To establish the identity of Fusarium species associated with head blight (FHB) and crown rot (CR) o...
Fusarium species are dominant within the sorghum grain mold complex. Some species of Fusarium involv...
Research was undertaken to identify Fusarium spp. associated with an endemic wild rice (Oryza austra...
Sorghum ergot was first discovered in Australia in 1996. It affects seed production and grain usage ...
Wheat is a source of nutrients for around 40% world’s population and the second most important cerea...
Fusarium species associated with crown rot were isolated and identified from 409 wheat, barley or du...
BACKGROUND: Fusarium spp. are not only pathogenic to plants but are also known as toxin producers th...
Fusarium species associated with crown rot were isolated and identified from 409 wheat, barley or du...
Citation: Tesso, T., Perumal, R., Little, C., . . . Magill, C. (2011). Sorghum pathology and biotech...
Historical records report Fusarium moniliforme sensu lato as the pathogen responsible for Fusarium d...
Stalk rots and lodging are a continual threat to sorghum producers across Australia, particularly o...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium is one of the most diverse fungal genera affecting several crops around the world. This stu...
Fusarium species are dominant within the sorghum grain mold complex. Some species of Fusarium involv...
To establish the identity of Fusarium species associated with head blight (FHB) and crown rot (CR) o...
Fusarium species are dominant within the sorghum grain mold complex. Some species of Fusarium involv...
Research was undertaken to identify Fusarium spp. associated with an endemic wild rice (Oryza austra...
Sorghum ergot was first discovered in Australia in 1996. It affects seed production and grain usage ...
Wheat is a source of nutrients for around 40% world’s population and the second most important cerea...
Fusarium species associated with crown rot were isolated and identified from 409 wheat, barley or du...
BACKGROUND: Fusarium spp. are not only pathogenic to plants but are also known as toxin producers th...
Fusarium species associated with crown rot were isolated and identified from 409 wheat, barley or du...
Citation: Tesso, T., Perumal, R., Little, C., . . . Magill, C. (2011). Sorghum pathology and biotech...