Twospotted spider mite predator-prey model (2005)
Kozlova, Irina, Singh, Manmohan, Easton, Alan K., Ridland, Peter
This paper presents simulation models for the dynamics of a predator-prey system consisting of the twospotted spider mite Tetranychus urticae Koch as a prey and its predator Phytoseiulus persimilis...
Twospotted spider mite predator-prey model (2005)
Kozlova, Irina, Singh, Manmohan, Easton, Alan K., Ridland, Peter
This paper presents simulation models for the dynamics of a predator-prey system consisting of the twospotted spider mite Tetranychus urticae Koch as a prey and its predator Phytoseiulus persimilis...
Twospotted spider mite predator-prey model (2005)
Kozlova, Irina, Singh, Manmohan, Easton, Alan K., Ridland, Peter
This paper presents simulation models for the dynamics of a predator-prey system consisting of the twospotted spider mite Tetranychus urticae Koch as a prey and its predator Phytoseiulus persimilis...
Twospotted spider mite predator-prey model (2005)
Kozlova, Irina, Singh, Manmohan, Easton, Alan K., Ridland, Peter
This paper presents simulation models for the dynamics of a predator-prey system consisting of the twospotted spider mite Tetranychus urticae Koch as a prey and its predator Phytoseiulus persimilis...
Twospotted spider mite predator-prey model (2005)
Kozlova, Irina, Singh, Manmohan, Easton, Alan K., Ridland, Peter
This paper presents simulation models for the dynamics of a predator-prey system consisting of the twospotted spider mite Tetranychus urticae Koch as a prey and its predator Phytoseiulus persimilis...
Easton, Alan, Kozlova, Irina, Singh, Manmohan
The models discussed by Harrison [1], developed from Luckinbill's [2] experimental data with the inclusion of diffusion and with four different sets of initial conditions, are studied numerically. It...
Temperature dependent growth rate of two spotted mites (2002)
Easton, Alan K., Kozlova, Irina, Ridland, Peter, Singh, Manmohan
Abstract not available.
Predator-prey models with diffusion and time delay (2002)
Easton, Alan K., Kozlova, Irina, Singh, Manmohan
Abstract not available.
Predator-prey models with diffusion and time delay (2002)
Easton, Alan K., Kozlova, Irina, Singh, Manmohan
Abstract not available.
Easton, Alan, Kozlova, Irina, Singh, Manmohan
The models discussed by Harrison [1], developed from Luckinbill's [2] experimental data with the inclusion of diffusion and with four different sets of initial conditions, are studied numerically. It...
Temperature dependent growth rate of two spotted mites (2002)
Easton, Alan K., Kozlova, Irina, Ridland, Peter, Singh, Manmohan
Abstract not available.
Predator-prey models with diffusion and time delay (2002)
Easton, Alan K., Kozlova, Irina, Singh, Manmohan
Abstract not available.
Easton, Alan, Kozlova, Irina, Singh, Manmohan
The models discussed by Harrison [1], developed from Luckinbill's [2] experimental data with the inclusion of diffusion and with four different sets of initial conditions, are studied numerically. It...
Temperature dependent growth rate of two spotted mites (2002)
Easton, Alan K., Kozlova, Irina, Ridland, Peter, Singh, Manmohan
Abstract not available.
Easton, Alan, Kozlova, Irina, Singh, Manmohan
The models discussed by Harrison [1], developed from Luckinbill's [2] experimental data with the inclusion of diffusion and with four different sets of initial conditions, are studied numerically. It...
Predator-prey models with diffusion and time delay (2002)
Easton, Alan K., Kozlova, Irina, Singh, Manmohan
Abstract not available.
Temperature dependent growth rate of two spotted mites (2002)
Easton, Alan K., Kozlova, Irina, Ridland, Peter, Singh, Manmohan
Abstract not available.
Easton, Alan, Kozlova, Irina, Singh, Manmohan
The models discussed by Harrison [1], developed from Luckinbill's [2] experimental data with the inclusion of diffusion and with four different sets of initial conditions, are studied numerically. It...
Temperature dependent growth rate of two spotted mites (2002)
Easton, Alan K., Kozlova, Irina, Ridland, Peter, Singh, Manmohan
Abstract not available.
Predator-prey models with diffusion and time delay (2002)
Easton, Alan K., Kozlova, Irina, Singh, Manmohan
Abstract not available.
A numerical study of the spruce budworm reaction-diffusion equation with hostile boundaries (2000)
Singh, Manmohan, Easton, Alan K., Kozlova, Irina
One of the interesting single species reaction diffusion problems is the spruce budworm model describing insect dispersal behavior. In an earlier study, Singh et al. [7] considered the...
A numerical study of the spruce budworm reaction-diffusion equation with hostile boundaries (2000)
Singh, Manmohan, Easton, Alan K., Kozlova, Irina
One of the interesting single species reaction diffusion problems is the spruce budworm model describing insect dispersal behavior. In an earlier study, Singh et al. [7] considered the...
A numerical study of the spruce budworm reaction-diffusion equation with hostile boundaries (2000)
Singh, Manmohan, Easton, Alan K., Kozlova, Irina
One of the interesting single species reaction diffusion problems is the spruce budworm model describing insect dispersal behavior. In an earlier study, Singh et al. [7] considered the...
A numerical study of the spruce budworm reaction-diffusion equation with hostile boundaries (2000)
Singh, Manmohan, Easton, Alan K., Kozlova, Irina
One of the interesting single species reaction diffusion problems is the spruce budworm model describing insect dispersal behavior. In an earlier study, Singh et al. [7] considered the...
A numerical study of the spruce budworm reaction-diffusion equation with hostile boundaries (2000)
Singh, Manmohan, Easton, Alan K., Kozlova, Irina
One of the interesting single species reaction diffusion problems is the spruce budworm model describing insect dispersal behavior. In an earlier study, Singh et al. [7] considered the...