Sebastian J. Schreiber

Extinction order affects community composition under strong competition and asymmetric species interactions

This study examines how the order of species extinction affects community composition in competitive ecosystems, finding that inverse priority effects are more common in species-rich communities with strong competition.

From Lotka-Volterra Dynamics to Community Assembly: Theory, Topography, and Empirical Applications

This paper develops a computational pipeline to construct community assembly graphs from Lotka-Volterra models, showing how competition and mutualism shape assembly dynamics and cycles.

Using modern coexistence theory to understand community disassembly

This paper applies Modern Coexistence Theory to analyze community disassembly by identifying when and why secondary extinctions occur through invasion growth rates and community disassembly graphs.

Bounded environmental stochasticity generates secondary Allee thresholds

This paper shows that bounded environmental fluctuations create secondary Allee thresholds, altering population persistence predictions.