Yuma Takahashi

The paper tests if phenotypic and genetic diversity among genotypes predicts non-additive population growth in Spirodela polyrhiza, finding that specific phenotypic traits and genetic loci influence synergistic growth.

The paper examines how genetic heterogeneity in Drosophila groups affects the exploration-vigilance trade-off, finding that heterogeneity alleviates the trade-off while aggregation intensifies it.

The paper investigates how genotype composition influences group-level characteristics in Drosophila, identifying 'influencer' individuals that shape group behavior through social interactions.

This study examines how artificial light at night affects Drosophila suzukii, showing urban populations have evolved gene expression adaptations to mitigate its effects.

The paper analyzes Drosophila wing variation across multiple biological scales to show positive correlations between microevolutionary variation and macroevolutionary divergence.

The paper identifies genetic loci contributing to collective antipredator behavior in Drosophila through a genome-wide higher-level association study.

The paper examines whether body color polymorphism in birds correlates with ecological success, finding that polymorphic species have larger ranges, lower extinction risk, and more stable populations.

This study shows genetic heterogeneity in Drosophila leads to nonadditive increases in spatial preference and stopping time in group foraging behavior.

The paper examines genetic variation and developmental noise in foraging traits of Drosophila lutescens, finding shared genetic basis for variation in locomotive activity and resource preferences.

The paper examines circadian and circatidal rhythms in a freshwater snail, finding that both tidal and nontidal populations exhibit circatidal rhythms after exposure to a simulated tidal cycle, with tidal populations showing more circatidal oscillating genes.

This study quantifies phenotypic plasticity and developmental noise in Drosophila simulans and finds a positive correlation between them, suggesting they contribute to evolvability.

The paper investigates the role of the doublesex gene in body color masculinization in Ischnura senegalensis, finding that dsx short isoform RNAi alters color patterns to gynomorphic females.