... temperature (not air temperature) and by water vapour pressure (not relative humidity). Climate change Globe temperature Humidity Shade Wind speed Global warming already has had profound biological effects (see IPCC, 2022 ), especially in regions like the poles where the rate of warming...

... on colony composition in modular animals and phytoplankton food quality. Climate change Thermal tolerance Modular organisms Marine Feeding systems Indirect effects National Science Foundation http://dx.doi.org/10.13039/100000001 OCE - 1948788 Florida State University http...

...Sara Nørris Christoffersen; Cino Pertoldi; Jesper Givskov Sørensen; Torsten Nygård Kristensen; Dan Bruhn; Simon Bahrndorff ABSTRACT The Arctic is a highly variable environment in which extreme daily and seasonal temperature fluctuations can occur. With climate change, an increase in the occurrence...

... and reproduction in any medium provided that the original work is properly attributed. Summary: This Review summarises the current knowledge on fish sleep behaviour in an ecophysiological context, and suggests future directions for this field in a changing world. Circadian rhythms Climate change...

... of the common Pacific coral Pocillopora spp. to rising temperature indicates little variation over 44° of latitude. Pacific Scleractinia TPC Climate change Metabolism National Science Foundation http://dx.doi.org/10.13039/100000001 OCE 22-24254 OCE 18-29867 Understanding how...

...Brent J. Sinclair; Stefane Saruhashi; John S. Terblanche ABSTRACT Efficient water balance is key to insect success. However, the hygric environment is changing with climate change; although there are compelling models of thermal vulnerability, water balance is often neglected in predictions...

...Tom Ratz; Tejinder Singh Chechi; Aliki-Ioanna Dimopoulou; Stephanie Daniela Sedlmair; Cristina Tuni ABSTRACT Climate change is having a dramatic effect on the environment, with rising global temperatures and more frequent extreme climatic events, such as heatwaves, that can hamper organisms...

...Alex R. Gunderson ABSTRACT The effects of climate change are often body size dependent. One contributing factor could be size-dependent thermal tolerance (SDTT), the propensity for heat and cold tolerance to vary with body size among species and among individuals within species. SDTT...

...Luella R. Allen-Waller; Katelyn G. Jones; Marcelina P. Martynek; Kristen T. Brown; Katie L. Barott ABSTRACT Climate change threatens the survival of symbiotic cnidarians by causing photosymbiosis breakdown in a process known as bleaching. Direct effects of temperature on cnidarian host physiology...

... that GOL is a universal mechanism explaining temperature–body size relationships in aquatic ectotherms. We suggest future research focus on alternative mechanisms underlying temperature–body size relationships, and that projections of climate change impacts on fisheries yields using models based on GOL...

...Daniel K. Maskrey; Shaun S. Killen; Lynne U. Sneddon; Kathryn E. Arnold; David C. C. Wolfenden; Jack S. Thomson ABSTRACT As climate change-induced heatwaves become more common, phenotypic plasticity at multiple levels is a key mitigation strategy by which organisms can optimise selective outcomes...

... of the Intergovernmental Panel on Climate Change , pp. 447 - 588 . Cambridge University Press . 10.1017/9781009157964.007 Jäckle , T. , Hasel , C. , Melzner , I. , Brüderlein , S. , Jehle , P. M. and Möller , P. ( 2001 ). Sustained hyposmotic stress induces cell death: apoptosis...

...) biological variation in thermal responses must be paired with refined spatiotemporal analyses of habitat temperature variation. Climate change Rocky shore Habitat Physiological diversity Temperature National Natural Science Foundation of China http://dx.doi.org/10.13039/501100001809...

...Gabriela M. Quinlan; Cody Feuerborn; Heather M. Hines; Christina M. Grozinger ABSTRACT Climate change poses a threat to organisms across the world, with cold-adapted species such as bumble bees ( Bombus spp.) at particularly high risk. Understanding how organisms respond to extreme heat events...

... of adult growth. Life history Climate change Gill-oxygen limitation theory (GOLT) Growth modelling Energy allocation Australian Research Council http://dx.doi.org/10.13039/501100000923 FT180100154 Deakin University http://dx.doi.org/10.13039/501100001778...

...Andrew J. Moura; Austin M. Garner; Carla A. Narvaez; Jack P. Cucchiara; Alyssa Y. Stark; Michael P. Russell ABSTRACT Climate change will increase the frequency and intensity of low-salinity (hyposalinity) events in coastal marine habitats. Sea urchins are dominant herbivores in these habitats...

...Katherine H. Malinski; Clyde E. Sorenson; M. Elizabeth Moore; Christopher S. Willett; Joel G. Kingsolver ABSTRACT Extreme high temperatures associated with climate change can affect species directly, and indirectly through temperature-mediated species interactions. In most host–parasitoid systems...

... the complexity for forecasting environmental impacts. Parental effects Thermal plasticity Epigenetics Performance curve Metabolism Locomotor performance Climate change Australian Research Council http://dx.doi.org/10.13039/501100000923 DP220101342 References Aagaard...

...Samantha S. Fontaine; Kevin D. Kohl ABSTRACT Climate change and increasing global temperatures are a leading threat to ectothermic animals worldwide. Ectotherm persistence under climate change will depend on a combination of host and environmental factors; recently it has become clear that host...

.... The gene expression modulating physiology occurs at much different temperatures in the field than laboratory. Arctic arthropods Phenotypic plasticity Thermal tolerance Climate change RNA sequencing Heat shock proteins Danish Council for Independent Research http://dx.doi.org/10.13039...