Thermal stress risk model for coastal intertidal habitats

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Collier, Catherine;Langlois, Lucas;Brien, Hayley;Wilson, Nicki;Wuthathi Aboriginal Corporation;Yuku Baja Muliku Aboriginal Corporation;Dawul Wuru Aboriginal Corporation;Gia Ngaro Traditional Owners Reference Group Aboriginal Corporat;Gudjuda Reference Group Aboriginal Corporation;Koinmerburra Aboriginal Corporation;Yuwi Aboriginal Corporation;Darumbal People Aboriginal Corporation;Gidarjil Development Corporation;McKenzie, Len

Catherine Collier

Abstract

Thermal conditions in shallow inshore marine habitats exhibit substantial spatial and temporal variability and can reach extreme values that greatly exceed open-water sea surface temperature. These short-duration thermal events pose a risk to seagrass condition, productivity and resilience, yet are not resolved by existing satellite products or broad-scale hydrodynamic models.

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121

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James Cook University

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Cairns, QLD, Australia

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