7 research outputs found
Recommended from our members
Almond Leaf Scorch
Almond leaf scorch is a bacterial disease that kill otherwise healthy trees — or, if undetected and untreated, entire orchards — within just a few years. Learn to recognize the disease and take action early to save your trees and your livelihood
Recommended from our members
Almond Leaf Scorch
Almond leaf scorch is a bacterial disease that kill otherwise healthy trees — or, if undetected and untreated, entire orchards — within just a few years. Learn to recognize the disease and take action early to save your trees and your livelihood
Reduced-risk fungicides help manage brown rot and other fungal diseases of stone fruit
New reduced-risk fungicides are highly effective in managing both pre- and postharvest diseases of stone fruit crops in California, and they have replaced most previously registered materials. These fungicides have a low impact on the environment, high specificity to target organisms, and low potential for groundwater contamination and human health risks. In stone fruit, they can be successfully used to manage brown rot blossom blight in a new delayed-bloom fungicide application program for lowprecipitation years. In our studies, we found that fungicide treatments applied 1 to 14 days before harvest were also effective against preharvest brown rot and protected fruit from fungal decays initiated during harvest. Practices such as mixtures and rotations can be implemented to prevent resistance from developing and to ensure the lasting efficacy of these reduced-risk fungicides
Recommended from our members
Reduced-risk fungicides help manage brown rot and other fungal diseases of stone fruit
New reduced-risk fungicides are highly effective in managing both pre- and postharvest diseases of stone fruit crops in California, and they have replaced most previously registered materials. These fungicides have a low impact on the environment, high specificity to target organisms, and low potential for groundwater contamination and human health risks. In stone fruit, they can be successfully used to manage brown rot blossom blight in a new delayed-bloom fungicide application program for low-precipitation years. In our studies, we found that fungicide treatments applied 1 to 14 days before harvest were also effective against preharvest brown rot and protected fruit from fungal decays initiated during harvest. Practices such as mixtures and rotations can be implemented to prevent resistance from developing and to ensure the lasting efficacy of these reduced-risk fungicides