Marine heatwaves (MHW) are projected for the foreseeable future, affecting aquaculture species, such as the New Zealand green-lipped mussel (Perna canaliculus). Thermal stress alters mussel physiology highlighting the adaptive capacity that allows survival in the face of heatwaves. Within this study, adult mussels were subjected to three different seawater temperature regimes: 1) low (sustained 18°C), 2) medium MHW (18 - 24°C, using a +1°C per week ramp) and high MHW (18 - 24°C, using a +2°C per week ramp). Sampling was performed over 11 weeks to establish the effects of temperature on P. canaliculus survival, condition, specific immune response parameters, and the haemolymph metabolome. The transient 25.5-26.5°C exposure resulted in 61% mo...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
The increased frequency and intensity of short-term extreme warming phenomena have been associated t...
The New Zealand Greenshell™ mussel (Perna canaliculus) is an endemic bivalve species with cultural i...
Extreme events such as heat waves have increased in frequency and duration over the last decades. Un...
Freshwater mussels are keystone species in aquatic environments, providing ecological services that ...
Marine heatwaves (excessive seawater temperature increases) pose high risk to bivalves’ health and f...
Different combinations of behavioural and physiological responses may play a crucial role in the eco...
In global climate change scenarios, seawater warming acts in concert with multiple stress sources, w...
The rocky intertidal mussel species Mytilus californianus is native to the Pacific coast of North Am...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
This dataset compiles information regarding diverse physiological variables of two mussel species un...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
Marine organisms living within the intertidal zones, such as mussels, experience a wide range of env...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
The increased frequency and intensity of short-term extreme warming phenomena have been associated t...
The New Zealand Greenshell™ mussel (Perna canaliculus) is an endemic bivalve species with cultural i...
Extreme events such as heat waves have increased in frequency and duration over the last decades. Un...
Freshwater mussels are keystone species in aquatic environments, providing ecological services that ...
Marine heatwaves (excessive seawater temperature increases) pose high risk to bivalves’ health and f...
Different combinations of behavioural and physiological responses may play a crucial role in the eco...
In global climate change scenarios, seawater warming acts in concert with multiple stress sources, w...
The rocky intertidal mussel species Mytilus californianus is native to the Pacific coast of North Am...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
This dataset compiles information regarding diverse physiological variables of two mussel species un...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
Marine organisms living within the intertidal zones, such as mussels, experience a wide range of env...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
The intertidal sea mussel Mytilus californianus inhabits the Pacific coastline of North America. As ...
International audienceExpected effects on marine biota of the ongoing elevation of water temperature...
The increased frequency and intensity of short-term extreme warming phenomena have been associated t...