Andere Kunden interessierten sich auch für
![]()
"Viral hepatitis A: Diagnosis and management" guide32,99 €![Behaviour of a herbivore-plankton continuous interaction model]( "Behaviour of a herbivore-plankton continuous interaction model")
Behaviour of a herbivore-plankton continuous interaction model17,95 €![The Asymptotic and Oscillatory Behaviour of Difference and Differential Equations]( "The Asymptotic and Oscillatory Behaviour of Difference and Differential Equations")
The Asymptotic and Oscillatory Behaviour of Difference and Differential Equations52,95 €![Leveraging Space-Filling Curves and the DIRECT Algorithm. A Novel Approach to Derivative-Free Multi-Dimensional Global Optimization]( "Leveraging Space-Filling Curves and the DIRECT Algorithm. A Novel Approach to Derivative-Free Multi-Dimensional Global Optimization")
Leveraging Space-Filling Curves and the DIRECT Algorithm. A Novel Approach to Derivative-Free Multi-Dimensional Global Optimization27,95 €![A possible future evolution of the universe]( "A possible future evolution of the universe")
A possible future evolution of the universe12,99 €![3D segmentation and boundary completion using subjective surface method]( "3D segmentation and boundary completion using subjective surface method")
3D segmentation and boundary completion using subjective surface method17,95 €![Price Elasticity of Demand and its effect on Revenue]( "Price Elasticity of Demand and its effect on Revenue")
Price Elasticity of Demand and its effect on Revenue15,95 €
Doctoral Thesis / Dissertation from the year 2022 in the subject Mathematics - Applied Mathematics, Modibbo Adama University of Technology, Yola, language: English, abstract: This thesis treats the issue of Vector-Borne Virus Diseases (VBVDs) that are transmitted in solanaceous vegetable plants by incorporating three species of vectors (aphids, thrips and whiteflies). A mathematical model was developed that used lady beetles as biological control agents for controlling the spread of diseases in solanaceous vegetable plants through predation. The research adopted the linearization method. This research is restricted to a biological control of VBVDs of solanaceous vegetable plants using compartmental modeling approach. The model is a system of first order nonlinear ODEs. Additionally, the study is limited to three solanaceous plants (i.e. tomato, pepper and eggplant). This is because solanaceous plants are among the world's most cultivated crops and given proper conditions and regular maintenance, they are relatively easy to grow. We focused on viral diseases that affect solanaceous vegetable plants especially Yellow Leaf Curl Virus (YLCV), Spotted Wilt Virus (SWV) and Cucumber Mosaic Virus (CMV). It is a common knowledge that these plant viruses also require some sort of carrier, known as vectors to transmit the pathogen from plant to plant. Therefore, the study is demarcated to a class of aphids (green peach aphids), thrips (T. tabasi) and whiteflies (Bemisia tabasi) because these ones are reported as the common problem associated with solanaceous plants which can be controlled by natural predatory enemies - ladybugs (hippodamia convergens).
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.