R. Balakrishnan

Spatial structure could explain the maintenance of alternative reproductive tactics in tree cricket males

The paper uses a spatially explicit model to show spatial structure enables coexistence of alternative reproductive tactics in tree crickets by equalizing mating benefits.

A trait-based understanding of the vulnerability of a paleotropical moth community to predation by a sympatric bat with flexible foraging strategies

The paper examines how morphological traits influence the vulnerability of moths to predation by a bat with flexible foraging strategies, finding that larger moths with low maneuverability are more likely to be consumed.

Sustained growth and rapid dispersal of chitin-associated marine bacteria

This study shows that Vibrio sp. 1A01 grows on chitin particles with a replicating subpopulation and a planktonic majority, sustained by chitinases left by detached cells.

To call or not to call: Persistence of flexible alternative reproductive tactics in a tree cricket

The paper tests why flexible alternative reproductive tactics (ARTs) persist in tree crickets by examining their expression and fitness under varying predation risk.

Suboptimal proteome allocation during changing environments constrains bacterial response and growth recovery

This study shows that Escherichia coli's response to changing nutrient conditions is constrained by limited protein synthesis capacity, leading to suboptimal gene expression and slower growth recovery.

Synchrony of Non-isochronous Signals in an Acoustically Communicating Katydid

The paper investigates acoustic synchrony in a non-isochronous katydid call, finding that trills and chirps synchronize differently and proposing a two-oscillator model.

Baffling: A cheater strategy using self-made tools in tree crickets

This study shows less preferred male tree crickets use baffling, a deceptive strategy with self-made tools, to increase call loudness and mating success.

Sex differences in alternative reproductive tactics in response to predation risk in tree crickets

This study examines how predation risk affects mate-searching behavior and survival in male and female tree crickets, finding sex-specific responses that influence mating success.

Is the predation risk of mate-searching different between the sexes?

The study compares predation risk between male and female tree crickets during mate searching and finds no difference in risk faced by either sex.

A sensory ecological perspective on mate sampling strategies: simulation models and an empirical test

The paper uses simulation models and empirical tests to evaluate mate sampling strategies in field crickets, finding that passive attraction to louder callers is optimal.