T. B. Ryder

Neurogenomic landscape associated with status-dependent cooperative behavior

The paper investigates the neurogenomic mechanisms linking social status, testosterone phenotype, and cooperative behavior in a neotropical bird using transcriptomic and behavioral data.

Reciprocal social ties drive stability within a social network

This study shows that reciprocal social interactions in wire-tailed manakins lead to more stable partnerships over time.

Testosterone-mediated behavior shapes the emergent properties of social networks

This study examines how testosterone levels in male wire-tailed manakins influence social network properties such as specialization, stability, and behavioral assortment.

Testosterone mediates status-specific patterns of cooperation in a social network

The paper shows that testosterone affects cooperation in male wire-tailed manakins differently based on their social status, with high testosterone promoting cooperation in non-territorial males but reducing it in territorial males.

Reciprocity and behavioral heterogeneity govern the stability of social networks

This paper studies social network stability in wire-tailed manakins, finding that lower interaction frequency and higher connectivity reduce stability, explained by reciprocity and individual behavioral trade-offs.

Gender bias in research teams and the underrepresentation of women in science

This study analyzes author gender in scientific articles to evaluate factors shaping research teams, finding gender-assorted teams and citation costs for female authors.

Dynamic network partnerships and social contagion drive cooperation

The paper studies how dynamic network partnerships and social contagion influence cooperation in wire-tailed manakins, finding that cooperative individuals increase others' cooperation.