Stephan B. Munch

The paper reviews how human activities alter ecological synchrony across scales and provides case studies on quantifying these impacts using big data.

The paper introduces a nonequilibrium framework to analyze community responses to pulse perturbations, showing that amplification of perturbed abundances depends on community state in the short term but not in the long term.

This paper introduces an empirical dynamic model to predict unseen dynamical regimes in ecosystems using population time-series data and environmental drivers.

The paper shows biotic interactions significantly alter the realised niche of toxic cyanobacteria, affecting temperature and phosphorus thresholds for bloom formation.