Under a rapidly changing climate regime with rising average temperatures, aquatic species are just one of many rungs of the global ecological ladder expected to be negatively impacted. Understanding thermal performance under this changing environment and studying...
Thermal sensitivity and resilience shape how fish move through an ecosystem and survive. Thermal sensitivity refers to a species’ sensitivity to changes in temperature. Some species are more sensitive than others. Generally, every species has a range...
Under a rapidly changing climate, aquatic ecosystems are exposed to varying temperature extremes—both cold and hot—leading to thermal stress on aquatic species. As defined by Scient Direct, thermal stress refers to the impact on normal physiological functioning...
Aquaculture as an alternative to commercial fishing has seen a boom over the last decade as the global demand for seafood grows. Seen as an alternative to aggressive fishing practices, well-managed aquaculture facilities consistently produce seafood without...