R. H. Clayton

The paper develops a plant resource allocation model incorporating carbon and nitrogen feedback responses, showing it can replicate experimental results on plant mass changes under environmental perturbations.

The paper investigates whether the spatial autocorrelation dimension (Di) predicts the time to termination of human atrial and ventricular fibrillation.

This study uses Gaussian process emulators to analyze sensitivity and uncertainty in two human atrial cardiac cell models, identifying key parameters influencing action potential behavior.