International audienceWe examined how interactions among the three dominant species of the Macoma balthica Community in the St-Lawrence estuary influence net biogeochemical fluxes and the composition of the sedimentary bacterial community. We manipulated the biodiversity of the community via combinations of Macoma balthica, Mya arenaria, and Nereis virens in sediment microcosms containing sieved and homogenized tidal-flat sediment. Each combination was adjusted to similar total biovolumes and in situ animal densities. Compared to treatments with single species, which were also adjusted to similar biovolumes and densities, combinations of multiple species changed the fluxes of oxygen, phosphate, ammonium, and nitrate across the sediment-wate...
Proliferation of macroalgal blooms is regulated by grazing pressure and nutrient availability, which...
Bioturbation has major impacts on sediment biogeochemistry, which can be linked tothe functional tra...
We tested the role of benthic infaunal functional diversity in regulating the biogeochemistry of nea...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
We examined how interactions among the three dominant species of the Macoma balthica community in th...
Intertidal systems are complex and dynamic environments with many interacting factors influencing bi...
Intertidal systems are complex and dynamic environments with many interacting factors influencing bi...
Proliferation of macroalgal blooms is regulated by grazing pressure and nutrient availability, which...
Bioturbation has major impacts on sediment biogeochemistry, which can be linked tothe functional tra...
We tested the role of benthic infaunal functional diversity in regulating the biogeochemistry of nea...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
International audienceWe examined how interactions among the three dominant species of the Macoma ba...
We examined how interactions among the three dominant species of the Macoma balthica community in th...
Intertidal systems are complex and dynamic environments with many interacting factors influencing bi...
Intertidal systems are complex and dynamic environments with many interacting factors influencing bi...
Proliferation of macroalgal blooms is regulated by grazing pressure and nutrient availability, which...
Bioturbation has major impacts on sediment biogeochemistry, which can be linked tothe functional tra...
We tested the role of benthic infaunal functional diversity in regulating the biogeochemistry of nea...