Challenges like cercospora leaf spot and white mold got a lot of attention at the first day of the International Sugarbeet ...

ROTHSAY, Minn. - After cercospora leaf spot robbed sugar beet yields last year, farmers this year have largely kept ahead of it. Cercospora is the most devastating foliar leaf disease that the ...

Take a look outside, and you might see that your crape myrtle’s leaves are turning shades of yellow, orange and red and falling to the ground. Is this a sign that autumn is near? Not quite. This time ...

Cercospora leaf blight and purple seed stain are caused by the fungus Cercospora kikuchii. This is a widespread disease, but yield loss is rarely observed. Presence of Cercospora leaf blight, does not ...

BATON ROUGE – Foliar applications of iron appear to be a viable answer to Cercospora leaf blight in soybeans according to LSU AgCenter research. For the past several years, AgCenter plant pathologist ...

It’s a sign of the times: spots and dots appearing before our very eyes, seemingly overnight. No, it’s not your vision failing you, and there’s no need to clean your glasses. We’re dealing with ...

Beticolin-1 is a toxin produced by the fungus Cercospora beticola. The chemical structure of this toxin was previously elucidated. The effects of beticolin-1 on purified corn root plasma membrane ...

WEST MONROE, La. (KTVE/KARD)- Take a look outside, and you might see that your crape myrtle’s leaves are turning shades of yellow, orange and red and falling to the ground. Is this a sign that autumn ...

Cercospora leaf spot (CLS), caused by the fungus Cercospora beticola, continues to challenge sugar beet production across global agricultural landscapes. The disease, which detrimentally affects ...

Cercospora is a disease that effects all beet crops and causes havoc for growers in warmer growing regions, including the US Midwest and mainland European countries such as Germany, Austria and Spain.

This is a preview. Log in through your library . Abstract The Muskmelon (Cucumis meló L.) cultivar Hara Madhu (susceptible) exhibited higher respiratory activity than cv. Annamalai (resistant).