C. Bauch

Egg size effects on nestling mass in Jackdaws Corvus monedula: a cross-foster experiment

The paper tests whether egg size affects nestling mass in jackdaws through a cross-foster experiment and finds 92% of the association is due to a direct effect of egg size, independent of parental quality.

Local overfishing patterns have regional effects on health of coral, and economic transitions can promote its recovery

The paper simulates how overfishing and economic transitions affect coral and reef fish populations across spatial scales, finding regional impacts and recovery potential.

Implications of trade network structure and population dynamics for food security and equality

The paper models the relationship between trade networks, population dynamics, and food security, showing that peripheral regions face food insecurity due to poor demand adjustment and network position.

Deep learning for early warning signals of regime shifts

This paper develops a deep learning algorithm to detect early warning signals of regime shifts across diverse systems, improving sensitivity and specificity over generic methods.

High heritability of telomere length, but low evolvability, and no significant heritability of telomere shortening in wild jackdaws

Debates about vaccines and climate change on social media networks: a study in contrasts

This study compares sentiment and network structures around vaccines and climate change on Twitter using machine learning, finding less polarization in vaccine discussions and a link between pro-vaccine sentiment and belief in anthropogenic climate change.

Coupled social-land dynamics and the future of sustainable consumption

This study models coupled social-land dynamics to project future global land use under various socio-economic scenarios, showing how feedbacks can significantly alter land use projections.

Convergence of socio-ecological dynamics in disparate ecological systems under strong coupling to human social systems

This study shows that socio-ecological systems converge to similar dynamics under strong human influence, regardless of the type of ecological dynamics.