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The intertidal zone is a habitat that is located between terrestrial and marine environments and is characterized by both a diurnal and tidal cycle exposing organisms to alternating periods of high tide and low tide. These alternating tides can expose organisms to a wide variety of environmental stressors. One such stressor is prolonged hypoxic conditions during aerial emersion (low tide) which is typically experienced by sessile organisms such as intertidal mussels. Understanding how these organisms can respond to stressors can reveal insights into the nature of the cellular stress response of marine invertebrates. This information is invaluable for future studies that look into the effects of the ever changing climate of the planet. Furthermore, studying closely related congeners can also reveal the ‘winners’ and ‘losers’ that will result due to the changes in the global climate that are occurring. The closely related Mytilus congeners M. trossulus and M. galloprovincialis can provide insights into the cellular stress response as well as reveal mechanisms of invasive species. M. galloprovincialis, a heat-tolerant and lowsalinity sensitive congener, originated in the Mediterranean but has been slowly taking over the Pacific Western coast of the United States since its introduction in the early 20 th century. Its invasion is also displacing the native heat-sensitive, low-salinity tolerant M. trossulus. We acclimated both species to subtidal (constant emersion) and intertidal (6 h low: 6 h high tide) conditions for three weeks before exposing animals to zero, six, twelve, and 24 h of aerial-induced hypoxia while also running a control under acclimation conditions. It is presumed that differences may depend on the recent tidal history of the animals. Changes in protein abundance in gill tissue collected during the

The Proteomic Rresponses of Gill Tissue in Tidally and Subtidally-Acclimated Mussel Congeners (Mytilus trossulus and Mytilus galloprovincialis) to Acute Aerial-Emersion Hypoxia