ReportIn contrast to western New York where the mite predator Typhlodromus pyri is widespread and conserved to provide biological mite control, biological mite control has not been actively pursued in eastern New York orchards, at least in part because of the real or assumed absence of T. pyri. Previous research has shown that T. pyri can provide complete biological mite control in eastern New York orchards. During 2001 we began a project to demonstrate this on a large scale
In vineyards, generalist phytoseiids are important in keeping phytophagous mites at economically acc...
Analysis of apple tree phytosanitary state showed that the species composition of phytophage mites i...
During the last years, phytoseiid mites were widely released on grapes to control phytophagous mites...
Biological mite control is a feasible alternative to pesticide-based control that is sustainable, po...
The model described in this paper simulates seasonal dynamics of Panonychus ulmi and the phytoseiid ...
NYS IPM Type: Fruits IPM Fact SheetPredatory mites can provide consistent biological control of pest...
After the introduction of predatory mites, trees are healthier and more vigorous. They flower regula...
In Eastern New York as well as in most other deciduous fruit growing regions of the world, herbicid...
Successful biological control of mites is possible under various conditions, and identifying what ar...
The most important biocontrol agents of Tetranychidae in European apple orchards are the predatory m...
The dispersion statistic, k, of the negative binomial distribution was calculated for Panonychus ulm...
A comparative study of phytoseiid populations was made of two well-cultivated and regularly sprayed ...
Graduation date: 2011The predatory mite Typhlodromus pyri (Acari: Phytoseiidae) is the predominant\u...
BIOLOGICAL CONTROL Transferring the predator mite, Typhlodromus pyri, between orchards. DISEASES W...
Thesis (Ph.D.), Department of Entomology, Washington State UniversityThe integrated mite management ...
In vineyards, generalist phytoseiids are important in keeping phytophagous mites at economically acc...
Analysis of apple tree phytosanitary state showed that the species composition of phytophage mites i...
During the last years, phytoseiid mites were widely released on grapes to control phytophagous mites...
Biological mite control is a feasible alternative to pesticide-based control that is sustainable, po...
The model described in this paper simulates seasonal dynamics of Panonychus ulmi and the phytoseiid ...
NYS IPM Type: Fruits IPM Fact SheetPredatory mites can provide consistent biological control of pest...
After the introduction of predatory mites, trees are healthier and more vigorous. They flower regula...
In Eastern New York as well as in most other deciduous fruit growing regions of the world, herbicid...
Successful biological control of mites is possible under various conditions, and identifying what ar...
The most important biocontrol agents of Tetranychidae in European apple orchards are the predatory m...
The dispersion statistic, k, of the negative binomial distribution was calculated for Panonychus ulm...
A comparative study of phytoseiid populations was made of two well-cultivated and regularly sprayed ...
Graduation date: 2011The predatory mite Typhlodromus pyri (Acari: Phytoseiidae) is the predominant\u...
BIOLOGICAL CONTROL Transferring the predator mite, Typhlodromus pyri, between orchards. DISEASES W...
Thesis (Ph.D.), Department of Entomology, Washington State UniversityThe integrated mite management ...
In vineyards, generalist phytoseiids are important in keeping phytophagous mites at economically acc...
Analysis of apple tree phytosanitary state showed that the species composition of phytophage mites i...
During the last years, phytoseiid mites were widely released on grapes to control phytophagous mites...