Shota Shibasaki

This study compares evolutionary rescue probabilities through biological and cultural evolution using a stochastic model, showing that transmission biases significantly affect rescue outcomes.

This paper shows response diversity can stabilize or destabilize communities depending on the proportion of insensitive species, highlighting the need for better metrics that distinguish species sensitivity from response variation.

The paper develops a framework to quantify multistability in ecological communities and finds that competitive interactions increase the number of alternative stable states with higher species diversity.

This paper applies ecological invasion criteria to predict cultural trait coexistence under different social learning biases and finds it works for most but not similarity-based learning.

This study shows environmental fluctuations can both hinder and promote evolutionary rescue in algae, depending on their amplitude and interaction with long-term environmental trends.

This study quantifies how salinity stress indirectly affects rotifer population dynamics by altering phytoplankton traits and predator-prey interactions.