We spent a fair amount of time scouting wheat fields for cereal leaf beetles earlier in the season. Now it is time to focus attention on adjacent corn fields. The adult cereal leaf beetles can now be found in adjacent corn fields. They are primarily found on the perimeter of the corn fields. Though I […]
Continue reading...Fruit IPM Report: Week Ending 6/29/13
Fruit IPM Report 6-29-13 – Click to View | Download | Print In this report: Peach Apple Grape Scouting Calendar Blueberry Trap Counts
Continue reading...Brown Rot Found in Nectarines
Last week a block of Fantasia nectarines was found to have a very small percentage of rot present. This week several more blocks were found with rotten fruit present. The common denominator between the three is that they were all mid – late season nectarines that had been just thinned or were being thinned during […]
Continue reading...Cucurbit downy mildew reported in Delaware – 6/25/13
Cucurbit downy mildew has been reported in a commercial cucumber field in Sussex County, Delaware. All cucurbit growers in New Jersey should scout their fields on a regular basis and add a downy mildew specific fungicide to their weekly maintanence program. Downy mildew is much more difficult to control if the pathogen arrives prior to […]
Continue reading...Potato Disease Forecasting Report 6-25-13
Potato Disease Forecasting Report 6-25-13 – Click to Download We will be tracking DSVs for Late blight development and calculating P-days for initiating the first early blight fungicide application. The first late blight fungicide application is recommended once 18 DSVs accumulate from green row. Green row typically occurs around the first week in May in southern […]
Continue reading...Tomato Disease Forecasting Report 6-25-13
6-25-13 Tomato Report – Click to Download Disease severity values (DSVs) for early blight, septoria leaf spot, and tomato anthracnose development are determined daily based on leaf wetness (due to rainfall, dew) and air temperature. On a daily basis DSV values can range from 0 to 4 where 0 = no chance for disease development […]
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