<p>Subscripts <i>i</i> and <i>j</i> refer to the two species.</p><p>Model parameters and variables for simulation of P-competition and relative uptake rates in semi-continuous culture experiments.</p
<p>Parameters and variables used in the ageing error and somatic growth models.</p
Comparison of the performance of optimal experimental designs in supporting parameter inference for ...
<p>Statistic of the Likelihood Ratio test (<i>LR</i>), degrees of freedom (<i>d.f</i>.) and signific...
<p>Parameter values employed in the two different models of the simulated 3-way connected culture sy...
<p>Explanatory and response variables entered into models for the foraging time, intake and pecking ...
<p>Model parameters varied in the simulations with the range of parameter values used in each simula...
<p>State variables (population compartments) and model parameters for the model investigated.</p
<p>The variables of the model: concentrations and densities are in units of <i>g/cm</i><sup>3</sup>....
<p>Parameters used to investigate the maintenance of viral transmission in the first set of simulati...
<p>Parameter settings used in the simulations (units for all rates are “per gene per generation”).</...
<p>The different sets of parameter values that was used in the different types of simulations.</p
Parameter values for the different biological control systems in this study and the range of values ...
<p>Microbial species are represented by variables <i>X</i> (blue), nutrients by <i>S</i> (red), arro...
<p>Model parameters and values used for the fit in our experimental conditions.</p
<p>*Range for random species competition setting</p><p>Description of the parameters, their units an...
<p>Parameters and variables used in the ageing error and somatic growth models.</p
Comparison of the performance of optimal experimental designs in supporting parameter inference for ...
<p>Statistic of the Likelihood Ratio test (<i>LR</i>), degrees of freedom (<i>d.f</i>.) and signific...
<p>Parameter values employed in the two different models of the simulated 3-way connected culture sy...
<p>Explanatory and response variables entered into models for the foraging time, intake and pecking ...
<p>Model parameters varied in the simulations with the range of parameter values used in each simula...
<p>State variables (population compartments) and model parameters for the model investigated.</p
<p>The variables of the model: concentrations and densities are in units of <i>g/cm</i><sup>3</sup>....
<p>Parameters used to investigate the maintenance of viral transmission in the first set of simulati...
<p>Parameter settings used in the simulations (units for all rates are “per gene per generation”).</...
<p>The different sets of parameter values that was used in the different types of simulations.</p
Parameter values for the different biological control systems in this study and the range of values ...
<p>Microbial species are represented by variables <i>X</i> (blue), nutrients by <i>S</i> (red), arro...
<p>Model parameters and values used for the fit in our experimental conditions.</p
<p>*Range for random species competition setting</p><p>Description of the parameters, their units an...
<p>Parameters and variables used in the ageing error and somatic growth models.</p
Comparison of the performance of optimal experimental designs in supporting parameter inference for ...
<p>Statistic of the Likelihood Ratio test (<i>LR</i>), degrees of freedom (<i>d.f</i>.) and signific...
DOI
Add to ORKG