Climate change is producing sea level rise and deoxygenation of the ocean, altering estuaries and coastal areas. Changes in oxygen availability are expected to have consequences on the physiological fitness of intertidal species. In this work we analyze the coping response of the intertidal stout razor clam (Tagelus plebeius (Lightfoot, 1786)) to extreme environmental changes in oxygen concentration. Their biochemical responses to normoxia, hypoxia, and hyperoxia transition at different intertidal level (low–high) were measured through an in situ transplant experiment. The high intertidal level negatively affected the analyzed traits of the T. plebeius populations. The differences in reactive oxygen species production, total oxyradical scav...
Sub-lethal exposure to environmental stress may enhance ability to cope with repeated or novel envir...
Hypoxia and acidification are significant environmental stressors affecting marine populations in th...
Pollution and climate change can induce oxidative stress (OS) in aquatic organisms. Reduced activity...
Climate change is producing sea level rise and deoxygenation of the ocean, altering estuaries and co...
The Manila clam Ruditapes philippinarum has become a common and dominant macrobenthic species in coa...
The Manila clam Ruditapes philippinarum has become a common and dominant macrobenthic species in coa...
7 pages, 4 figuresCoastal organisms (i.e. intertidal or upper subtidal species) live in between the ...
Highlights: • Transcriptional response to hypoxia-reoxygenation was studied in an OMZ bivalve. • A...
Intertidal limpets are subjected to several environmental changes, and how theselimpets cope with th...
Whereas low levels of thermal stress, irradiance, and dietary restriction can have beneficial effect...
Intertidal species face multiple stressors on a daily basis due to their particular habitat. The sub...
In the context of global change, there is an urgent need for researchers in conservation physiology ...
This study investigated the effects of pollution and its interaction with temperature on the oxidati...
AbstractIn the context of global change, there is an urgent need for researchers in conservation phy...
The frequency of seasonal and short-term hypoxia is increasing in coastal seas. How such repeated di...
Sub-lethal exposure to environmental stress may enhance ability to cope with repeated or novel envir...
Hypoxia and acidification are significant environmental stressors affecting marine populations in th...
Pollution and climate change can induce oxidative stress (OS) in aquatic organisms. Reduced activity...
Climate change is producing sea level rise and deoxygenation of the ocean, altering estuaries and co...
The Manila clam Ruditapes philippinarum has become a common and dominant macrobenthic species in coa...
The Manila clam Ruditapes philippinarum has become a common and dominant macrobenthic species in coa...
7 pages, 4 figuresCoastal organisms (i.e. intertidal or upper subtidal species) live in between the ...
Highlights: • Transcriptional response to hypoxia-reoxygenation was studied in an OMZ bivalve. • A...
Intertidal limpets are subjected to several environmental changes, and how theselimpets cope with th...
Whereas low levels of thermal stress, irradiance, and dietary restriction can have beneficial effect...
Intertidal species face multiple stressors on a daily basis due to their particular habitat. The sub...
In the context of global change, there is an urgent need for researchers in conservation physiology ...
This study investigated the effects of pollution and its interaction with temperature on the oxidati...
AbstractIn the context of global change, there is an urgent need for researchers in conservation phy...
The frequency of seasonal and short-term hypoxia is increasing in coastal seas. How such repeated di...
Sub-lethal exposure to environmental stress may enhance ability to cope with repeated or novel envir...
Hypoxia and acidification are significant environmental stressors affecting marine populations in th...
Pollution and climate change can induce oxidative stress (OS) in aquatic organisms. Reduced activity...