THE BIOECOLOGY OF TETRANYCHIDAE MITES IN ORCHARDS AND THEIR POPULATION MANAGEMENT
THE BIOECOLOGY OF TETRANYCHIDAE MITES IN ORCHARDS AND THEIR POPULATION MANAGEMENT
UDC. 635.1:632.4(075.8):631.57 THE BIOECOLOGY OF TETRANYCHIDAE MITES IN ORCHARDS AND THEIR POPULATION MANAGEMENT Teacher of Tashkent state agrarian university Maxmudova Shaxnoza Abdufattaxovna Students of Tashkent state agrarian university Xolmirzayev Azizbek Akmaljon o‘g‘li Saydullayeva Mehriniso Faxriddinova
Abstract. Tetranychidae spider mites, including Panonychus ulmi and Tetranychus urticae, are significant pests in orchards worldwide. They cause significant damage to plants by piercing cells and feeding on chloroplasts, leading to stippling on leaves and silk web production. The bioecology of these mites varies depending on the host plant, with P. ulmi infesting apple, quince, cherry, and sour cherry varieties. The population dynamics of P. ulmi are influenced by environmental factors like temperature, humidity, and food availability. Nutrient content in apple leaves also affects susceptibility to these mites. Natural enemies of Tetranychidae mites include predatory mites, which play a crucial role in regulating their populations. Orchard management practices, such as mowing, can influence the dynamics of both pest and predatory mites. Chemical control strategies, such as acaricides, can be limited by resistance development. Keyword: apple, quince, cherry, mites, tetranychidae, predatory mites, bioecology., Abstract. Tetranychidae spider mites, including Panonychus ulmi and Tetranychus urticae, are significant pests in orchards worldwide. They cause significant damage to plants by piercing cells and feeding on chloroplasts, leading to stippling on leaves and silk web production. The bioecology of these mites varies depending on the host plant, with P. ulmi infesting apple, quince, cherry, and sour cherry varieties. The population dynamics of P. ulmi are influenced by environmental factors like temperature, humidity, and food availability. Nutrient content in apple leaves also affects susceptibility to these mites. Natural enemies of Tetranychidae mites include predatory mites, which play a crucial role in regulating their populations. Orchard management practices, such as mowing, can influence the dynamics of both pest and predatory mites. Chemical control strategies, such as acaricides, can be limited by resistance development. Keyword: apple, quince, cherry, mites, tetranychidae, predatory mites, bioecology.
Abstract. Tetranychidae spider mites, including Panonychus ulmi and Tetranychus urticae, are significant pests in orchards worldwide. They cause significant damage to plants by piercing cells and feeding on chloroplasts, leading to stippling on leaves and silk web production. The bioecology of these mites varies depending on the host plant, with P. ulmi infesting apple, quince, cherry, and sour cherry varieties. The population dynamics of P. ulmi are influenced by environmental factors like temperature, humidity, and food availability. Nutrient content in apple leaves also affects susceptibility to these mites. Natural enemies of Tetranychidae mites include predatory mites, which play a crucial role in regulating their populations. Orchard management practices, such as mowing, can influence the dynamics of both pest and predatory mites. Chemical control strategies, such as acaricides, can be limited by resistance development. Keyword: apple, quince, cherry, mites, tetranychidae, predatory mites, bioecology., Abstract. Tetranychidae spider mites, including Panonychus ulmi and Tetranychus urticae, are significant pests in orchards worldwide. They cause significant damage to plants by piercing cells and feeding on chloroplasts, leading to stippling on leaves and silk web production. The bioecology of these mites varies depending on the host plant, with P. ulmi infesting apple, quince, cherry, and sour cherry varieties. The population dynamics of P. ulmi are influenced by environmental factors like temperature, humidity, and food availability. Nutrient content in apple leaves also affects susceptibility to these mites. Natural enemies of Tetranychidae mites include predatory mites, which play a crucial role in regulating their populations. Orchard management practices, such as mowing, can influence the dynamics of both pest and predatory mites. Chemical control strategies, such as acaricides, can be limited by resistance development. Keyword: apple, quince, cherry, mites, tetranychidae, predatory mites, bioecology.
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