Kavita Isvaran

The study examines life-history trade-offs in Aedes aegypti across developmental stages, finding stage- and sex-specific responses to predation risk.

The paper tests if prior predation-risk experience affects antipredator behavior in groups, finding no such effect, but immediate threats do influence behavior similarly across experienced and naive individuals.

This study examines multiple signals in female and male gliding lizards, finding that females use diverse signals, including dewlaps, with different functional mechanisms compared to males.

This study identifies intrinsic and extrinsic factors shaping the gut microbiome of blackbuck across their range, finding host genetic diversity more influential than environmental factors.

This study shows Aedes aegypti females use multiple conspecific cues to assess competition for oviposition sites, with attraction to low-density cues and avoidance at high densities.

This study investigates whether predation risk experienced during the larval stage of Aedes aegypti influences antipredator behavior in the subsequent pupal stage.

This study shows that social information from conspecific rivals influences oviposition decisions in Aedes aegypti, with effects varying by spatial scale and ecological context.