Here, matlab scripts are provided to apply an integral projection model in which growth and reproduction were described using dynamic energy budget theory to the litter-feeding, bioturbating terrestrial crustacean Orchestia gammarellus and the reef manta ray Manta alfredi in order to identify which species is the most sensitive to shifts in temporal autocorrelation structure. Empirical data that were used to parameterise the model for O. gammarellus are given as well
Dynamic energy budget models relate phenomena at many levels of ecological organization and can prov...
A compartmental model was developed to describe the temporal course of an exotic amphipod's populati...
Frequently, population ecology of marine organisms uses a descriptive approach in which their sizes ...
Here, matlab scripts are provided to apply an integral projection model in which growth and reproduc...
Matlab scripts are provided to apply an integral projection model in which growth and reproduction w...
1. Integral projection models (IPMs) provide a powerful approach to investigate ecological and rapid...
The contemporary methodology for growth models of organisms is based on continuous trajectories and ...
Temporal variation in demographic processes can greatly impact population dynamics. Perturbations of...
International audienceApproaches for the assessment of environmental impacts of contamination rely o...
Dynamic energy budget (DEB) theory offers a comprehensive framework for understanding the overall ph...
This study describes a stochastic model simulating the kinetics of the size structure of a shrimp po...
Individual growth rate of animals is increasingly used as an indicator of ecological stressors. Envi...
Population dynamic modelling often entails parameterizing quite sophisticated biological and ecologi...
The growth pattern of four commercial decapod crustacean species (Arenaeus cribrarius, Ucides cordat...
Individual growth models can form the basis of population dynamics assessment and ecosystem model co...
Dynamic energy budget models relate phenomena at many levels of ecological organization and can prov...
A compartmental model was developed to describe the temporal course of an exotic amphipod's populati...
Frequently, population ecology of marine organisms uses a descriptive approach in which their sizes ...
Here, matlab scripts are provided to apply an integral projection model in which growth and reproduc...
Matlab scripts are provided to apply an integral projection model in which growth and reproduction w...
1. Integral projection models (IPMs) provide a powerful approach to investigate ecological and rapid...
The contemporary methodology for growth models of organisms is based on continuous trajectories and ...
Temporal variation in demographic processes can greatly impact population dynamics. Perturbations of...
International audienceApproaches for the assessment of environmental impacts of contamination rely o...
Dynamic energy budget (DEB) theory offers a comprehensive framework for understanding the overall ph...
This study describes a stochastic model simulating the kinetics of the size structure of a shrimp po...
Individual growth rate of animals is increasingly used as an indicator of ecological stressors. Envi...
Population dynamic modelling often entails parameterizing quite sophisticated biological and ecologi...
The growth pattern of four commercial decapod crustacean species (Arenaeus cribrarius, Ucides cordat...
Individual growth models can form the basis of population dynamics assessment and ecosystem model co...
Dynamic energy budget models relate phenomena at many levels of ecological organization and can prov...
A compartmental model was developed to describe the temporal course of an exotic amphipod's populati...
Frequently, population ecology of marine organisms uses a descriptive approach in which their sizes ...