The physiological acclimation to increased pCO2 (1300 ppm) of two common Arctic seaweeds from Kongsfjord (Svalbard) was analysed under laboratory conditions after 7 days of incubation. Growth rate changed in both species as a result of a reorganization of the carbon budget of the cell. Since increased CO2 have the potential to modify physiological mechanisms in different ways for each species, it is expected that it may lead to changes at the seaweeds community level that could alter the whole food web.Universidad de Málaga. Campus de Excelencia Internacional Andalucía Tech
Seaweeds are important components of near‐shore ecosystems as primary producers, foundation species,...
Presentación oral al congresoOcean acidification and warming are affecting with special intensity th...
In order to investigate the possible impacts of increased atmospheric CO2 levels on algal growth and...
The physiological acclimation to increased pCO2 (1300 ppm) of two common Arctic seaweeds from Kongsf...
Ocean acidification affects with special intensity Arctic ecosystems, being marine photosynthetic ...
Ocean acidification affects with special intensity Arctic ecosystems, being marine photosynthetic or...
Global change-related warming and ocean acidification (OA) are major threats to the Svalbard coastal...
Global change-related warming and ocean acidification (OA) are major threats to the Svalbard coastal...
Ocean acidification and warming are affecting with special intensity polar regions. The coastal area...
Archivo en PDF de la presentación realizada en el citado congresoInteractive effects of ocean acidif...
Ocean acidification and warming are affecting with special intensity the Arctic Ocean. Arctic coasta...
Ocean acidification and warming are affecting with special intensity the Arctic Ocean. Arctic coasta...
Presentación oral al congresoOcean acidification and warming are affecting with special intensity th...
Previous studies of the impact of increased CO2 on macroalgae have mainly been done in laboratories...
Seaweeds are important components of near‐shore ecosystems as primary producers, foundation species,...
Seaweeds are important components of near‐shore ecosystems as primary producers, foundation species,...
Presentación oral al congresoOcean acidification and warming are affecting with special intensity th...
In order to investigate the possible impacts of increased atmospheric CO2 levels on algal growth and...
The physiological acclimation to increased pCO2 (1300 ppm) of two common Arctic seaweeds from Kongsf...
Ocean acidification affects with special intensity Arctic ecosystems, being marine photosynthetic ...
Ocean acidification affects with special intensity Arctic ecosystems, being marine photosynthetic or...
Global change-related warming and ocean acidification (OA) are major threats to the Svalbard coastal...
Global change-related warming and ocean acidification (OA) are major threats to the Svalbard coastal...
Ocean acidification and warming are affecting with special intensity polar regions. The coastal area...
Archivo en PDF de la presentación realizada en el citado congresoInteractive effects of ocean acidif...
Ocean acidification and warming are affecting with special intensity the Arctic Ocean. Arctic coasta...
Ocean acidification and warming are affecting with special intensity the Arctic Ocean. Arctic coasta...
Presentación oral al congresoOcean acidification and warming are affecting with special intensity th...
Previous studies of the impact of increased CO2 on macroalgae have mainly been done in laboratories...
Seaweeds are important components of near‐shore ecosystems as primary producers, foundation species,...
Seaweeds are important components of near‐shore ecosystems as primary producers, foundation species,...
Presentación oral al congresoOcean acidification and warming are affecting with special intensity th...
In order to investigate the possible impacts of increased atmospheric CO2 levels on algal growth and...