What type of study is this?

This is a Observational study (also classified as: Animal Study).

How body size and salinity affects thermal tolerance of a range-expanding fish

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Observational analysis shows reduced cold tolerance in larger juvenile snook at varying salinity levels, suggesting climate resilience implications.

Juvenile snook exhibit lower cold tolerance in larger individuals, indicating a shift in thermal responses due to body size.
Small juvenile snook tolerated cold better at 3‰ salinity, while larger snook showed increased mortality at mid-salinity levels.
In chronic trials, large juveniles experienced death at 9.2°C in low- and high-salinity conditions, underscoring vulnerability to temperature change.
Understanding thermal tolerance in snook reveals implications for their survival with changing environments, especially as they expand their range.

Hall-Scharf et al. (2025) studied this question.

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View Full Paper

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Authors

Observational analysis shows reduced cold tolerance in larger juvenile snook at varying salinity levels, suggesting climate resilience implications.

Juvenile snook exhibit lower cold tolerance in larger individuals, indicating a shift in thermal responses due to body size.
Small juvenile snook tolerated cold better at 3‰ salinity, while larger snook showed increased mortality at mid-salinity levels.
In chronic trials, large juveniles experienced death at 9.2°C in low- and high-salinity conditions, underscoring vulnerability to temperature change.
Understanding thermal tolerance in snook reveals implications for their survival with changing environments, especially as they expand their range.

Hall-Scharf et al. (2025) studied this question.

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