NYS IPM Type: Vegetables IPM Fact Sheet; NYS IPM Type: Field Crops Fact SheetCommon rust of sweet corn is caused by the fungus Puccinia sorghi. Epidemics of this disease can cause serious losses in yield and quality of sweet corn. High rust susceptibility of many popular sweet corn hybrids is a major factor contributing to rust epidemics. Another factor is that sweet corn is usually planted over an extended period from May through June for fresh and processing uses. The staggered planting schedules result in high concentrations of fungal spores in the air, originating from early planted fields, at the time when late-planted fields contain young actively growing susceptible plants
Many preferred sweet corn hybrids grown in New York are susceptible to common rust, and therefore gr...
The 2014 growing season started with good conditions at planting. Above normal precipitation in June...
Corn plants heavily infected with tropical rust and anthracnose.Host/Plant: Corn, teosinte, and Trip...
Diseases can and do cause losses in sweet corn production. Various sweet corn diseases may result in...
Moist climatic conditions favor rust development and may cause significant yield losses.Host/Plant: ...
Two rust diseases of corn occur in Nebraska. Common rust of corn occurs every year to some extent, a...
Southern rust is an aggressive disease caused by Puccinia polysora fungi that can destroy a corn fie...
Not AvailableTurcicum leaf blight and common rust are regularly appearing foliar diseases in sweet ...
Foliar corn diseases are among the most important yield-limiting factors that affect commercial corn...
Abstract Southern corn rust (SCR) caused by Puccinia polysor a Underw is one of the most devastating...
Common and southern rust are two diseases associated with corn in the southern United States. Spores...
The causes of root and stalk rots of com commonly observed in Iowa are primarily fungal pathogens. I...
Graduation date: 2007Sweet corn (Zea mays L.) yields in the Willamette Valley of Oregon have been de...
Diseases and sensitivity to P450-metabolized herbicides can limit the production of high quality swe...
The fungus Colletotrichum graminicola causes corn anthracnose, a damaging disease in the U.S. Corn B...
Many preferred sweet corn hybrids grown in New York are susceptible to common rust, and therefore gr...
The 2014 growing season started with good conditions at planting. Above normal precipitation in June...
Corn plants heavily infected with tropical rust and anthracnose.Host/Plant: Corn, teosinte, and Trip...
Diseases can and do cause losses in sweet corn production. Various sweet corn diseases may result in...
Moist climatic conditions favor rust development and may cause significant yield losses.Host/Plant: ...
Two rust diseases of corn occur in Nebraska. Common rust of corn occurs every year to some extent, a...
Southern rust is an aggressive disease caused by Puccinia polysora fungi that can destroy a corn fie...
Not AvailableTurcicum leaf blight and common rust are regularly appearing foliar diseases in sweet ...
Foliar corn diseases are among the most important yield-limiting factors that affect commercial corn...
Abstract Southern corn rust (SCR) caused by Puccinia polysor a Underw is one of the most devastating...
Common and southern rust are two diseases associated with corn in the southern United States. Spores...
The causes of root and stalk rots of com commonly observed in Iowa are primarily fungal pathogens. I...
Graduation date: 2007Sweet corn (Zea mays L.) yields in the Willamette Valley of Oregon have been de...
Diseases and sensitivity to P450-metabolized herbicides can limit the production of high quality swe...
The fungus Colletotrichum graminicola causes corn anthracnose, a damaging disease in the U.S. Corn B...
Many preferred sweet corn hybrids grown in New York are susceptible to common rust, and therefore gr...
The 2014 growing season started with good conditions at planting. Above normal precipitation in June...
Corn plants heavily infected with tropical rust and anthracnose.Host/Plant: Corn, teosinte, and Trip...