... metabolic rate in the copepod Tigriopus californicus , but the stressors' individual effects and their interaction are complicated by concurrent changes in activity. Multiple stressors Oxygen consumption Environmental variation Intertidal zone Performance Washington State University...

... for predicting the survival of intertidal animals during extreme cold weather events. In this Review, we bring together current research on the ecology, biochemistry and physiology of this group of freeze-tolerant organisms. We first introduce the ecology of the intertidal zone, then highlight the strong...

... Flatline temperature Heart rate Heat stress Intertidal zone Mollusk Mytilus californianus Physiological plasticity Thermal tolerance Physiological plasticity potentially allows animals to respond quickly to, and mount defenses against, environmental stressors ( Burggren, 2018 ; Gotcha et...

...Nicole E. Moyen; George N. Somero; Mark W. Denny ABSTRACT Intertidal communities of wave-swept rocky shores have served as a powerful model system for experiments in ecology, and mussels (the dominant competitor for space in the mid-intertidal zone) play a central role in determining community...

..., the stressed organism can die. To better understand the earliest tissue-level responses to heat stress, we examined the proteomic response of gill from Geukensia demissa , an extremely eurythermal mussel from the temperate intertidal zone of eastern North America. We exposed 15°C-acclimated individuals...

... Proteomics Intertidal zone Emersion Hypoxia Air gaping Residents of the intertidal zone experience cyclical immersion and aerial exposure, and the stark contrast in physical conditions between these two environmental states leads to unique physiological and biochemical stresses. Nearly all...

... thermal environments at all latitudes, from polar to tropical, shows that they do not in general respond to heat stress with an inducible HSR. Organisms that occupy highly variable thermal environments (variations up to >20°C), like the intertidal zone, induce the HSR frequently and within the range...

... to forecast the impacts of climate change? J. Exp. Biol. 212 , 753 - 760 . Helmuth B. S. T. , Hofmann G. E. ( 2001 ). Microhabitats, thermal heterogeneity, and patterns of physiological stress in the rocky intertidal zone . Biol. Bull. 201 , 374 - 384 . Helmuth B. S...

[email protected] 22 9 2009 © 2010. 2010 acclimation acclimatization adaptation biogeography climate change extinction genome global warming intertidal zone thermal adaptation The pivotal role played by environmental temperature in determining the distribution patterns...

... be adapted to predict the temperatures of chitons, acorn barnacles, keyhole limpets, and encrusting animals and plants. * Author for correspondence (e-mail: [email protected] ) 6 4 2006 © The Company of Biologists Limited 2006 2006 heat-budget model intertidal zone thermal...

... of size, spatial distribution and wave climate. * e-mail: [email protected] 1 3 2002 © The Company of Biologists Limited 2002 2002 marine alga ocean wave kelp intertidal zone hydrodynamic force material properties nearshore ecology As large terrestrial...

... 12 2001 © The Company of Biologists Limited 2002 2002 acclimation heat-shock protein HSF1 hsp70 hsp90 intertidal zone Tegula spp. thermotolerance. In the face of thermal, chemical or physiological stresses that cause unfolding of proteins, cells preferentially express...

... normalization to 500×10 3 counts min −1 at 8 h exposure time. * e-mail: [email protected] 16 08 1999 13 10 1999 © 1999 by Company of Biologists 1999 acclimation biogeography heat-shock protein intertidal zone protein synthesis Tegula spp...

... (Randall) occurs under rocks and in mussel beds in the mid to high intertidal zone and P. eriomerus (Stimpson) occurs under rocks in the low intertidal zone and subtidally to 80 m. Because of their different vertical distributions, these two species experience very different levels of abiotic stress...