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Wet season flood magnitude drives resilience to dry season drought of a euryhaline elasmobranch in a dry-land river

Karissa O. Lear, David L. Morgan, Jeff M. Whitty, S.J. Beatty, Adrian C. Gleiss

2020The Science of The Total Environment15 citationsDOI

Topics & Concepts

Wet seasonDry seasonEcologyHabitatEnvironmental scienceAridFlooding (psychology)WetlandFlood mythEndangered speciesGeographyBiologyPsychologyPsychotherapistArchaeologyFish Ecology and Management StudiesFish Biology and Ecology StudiesFish biology, ecology, and behavior
Wet season flood magnitude drives resilience to dry season drought of a euryhaline elasmobranch in a dry-land river | Litcius