Scenario studies were carried out with a process-based model for control of wild-type and genetically modified baculoviruses in populations of Spodoptera exigua in glasshouse chrysanthemum (BACSIM). These scenario studies were used to evaluate the effectiveness of different spraying regimes, concentrations, UV-protection agents, and mean time to kill insect. In simulations on concentration and timing of S. exigua multicapsid nucleopolyhedrovirus (SeMNPV), good control efficacy was obtained with SeMNPV concentrations of 1x107 polyhedra/m2 or higher. An early timing of virus applications, soon after egg deposition, is essential for effective control, especially at high temperatures, when the developmental rate of larvae is high and the window...
During the building of a process-based simulation model for the epidemiology of the multicapsid nucl...
Several aspects of the control of the beet armyworm, <u>Spodoptera</u><u>exigua</u> (Hübner) (Lepido...
A comprehensive model was developed to simulate virus epizootics in a stage structured insect popula...
Scenario studies were carried out with a process-based model for control of wild-type and geneticall...
Scenario studies were carried out with a process-based model for control of wild-type and geneticall...
This paper describes the validation and sensitivity analysis of a process-based simulation model (BA...
This paper describes the validation and sensitivity analysis of a process-based simulation model (BA...
This thesis describes the development of a process-based simulation model for the population dynamic...
This thesis describes the development of a process-based simulation model for the population dynamic...
We describe the development of a comprehensive process-based model simulating the epizootiology and ...
We describe the development of a comprehensive process-based model simulating the epizootiology and ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
During the building of a process-based simulation model for the epidemiology of the multicapsid nucl...
During the building of a process-based simulation model for the epidemiology of the multicapsid nucl...
Several aspects of the control of the beet armyworm, <u>Spodoptera</u><u>exigua</u> (Hübner) (Lepido...
A comprehensive model was developed to simulate virus epizootics in a stage structured insect popula...
Scenario studies were carried out with a process-based model for control of wild-type and geneticall...
Scenario studies were carried out with a process-based model for control of wild-type and geneticall...
This paper describes the validation and sensitivity analysis of a process-based simulation model (BA...
This paper describes the validation and sensitivity analysis of a process-based simulation model (BA...
This thesis describes the development of a process-based simulation model for the population dynamic...
This thesis describes the development of a process-based simulation model for the population dynamic...
We describe the development of a comprehensive process-based model simulating the epizootiology and ...
We describe the development of a comprehensive process-based model simulating the epizootiology and ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
Dose– and time–mortality relationships of baculoviruses in pest insects are important for the determ...
During the building of a process-based simulation model for the epidemiology of the multicapsid nucl...
During the building of a process-based simulation model for the epidemiology of the multicapsid nucl...
Several aspects of the control of the beet armyworm, <u>Spodoptera</u><u>exigua</u> (Hübner) (Lepido...
A comprehensive model was developed to simulate virus epizootics in a stage structured insect popula...