The HAUSGARTEN observatory is located in the eastern Fram Strait (Arctic Ocean) and used as long-term monitoring site to follow changes in the Arctic benthic ecosystem. Linear inverse modelling was applied to decipher carbon flows among the compartments of the benthic food web at the central HAUSGARTEN station (2500 m) based on an empirical data set consisting of data on biomass, prokaryote production, total carbon deposition and community respiration. The model resolved 99 carbon flows among 4 abiotic and 10 biotic compartments, ranging from prokaryotes up to megafauna. Total carbon input was 3.78±0.31 mmol C m−2 d−1, which is a comparatively small fraction of total primary production in the area. The community respiration of 3.26±0.20 mmo...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
Climate-driven alterations of the marine environment are most rapid in Arctic and subarctic regions,...
The benthic food web of the deep Faroe–Shetland Channel (FSC) was modelled by using the linear inver...
The benthic food web of the deep Faroe–Shetland Channel (FSC) was modelled by using the linear inver...
We present bathymetric patterns in benthic community structure and functioning at the LTER (Long-ter...
Half of the Arctic Ocean is deep sea (>1000 m), and this area is currently transitioning from being ...
Arctic Ocean surface sea-ice conditions are linked with the deep sea benthic oxygen fluxes via a cas...
Carbon flows in the benthic food web of the Porcupine Abyssal Plain (4850 m, northeast Atlantic) wer...
This is the first study to present the patterns and environmental controls of benthic biomass size s...
Arctic Ocean surface sea-ice conditions are linked with the deep sea benthic oxygen fluxes via a cas...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
Inputs of detritus from the surface ocean are an important driver of community dynamics in the deep ...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
The deep ocean benthic environment plays a role in long-term carbon sequestration. Understanding car...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
Climate-driven alterations of the marine environment are most rapid in Arctic and subarctic regions,...
The benthic food web of the deep Faroe–Shetland Channel (FSC) was modelled by using the linear inver...
The benthic food web of the deep Faroe–Shetland Channel (FSC) was modelled by using the linear inver...
We present bathymetric patterns in benthic community structure and functioning at the LTER (Long-ter...
Half of the Arctic Ocean is deep sea (>1000 m), and this area is currently transitioning from being ...
Arctic Ocean surface sea-ice conditions are linked with the deep sea benthic oxygen fluxes via a cas...
Carbon flows in the benthic food web of the Porcupine Abyssal Plain (4850 m, northeast Atlantic) wer...
This is the first study to present the patterns and environmental controls of benthic biomass size s...
Arctic Ocean surface sea-ice conditions are linked with the deep sea benthic oxygen fluxes via a cas...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
Inputs of detritus from the surface ocean are an important driver of community dynamics in the deep ...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
The deep ocean benthic environment plays a role in long-term carbon sequestration. Understanding car...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
International audienceThe past decades have seen remarkable changes in the Arctic, a hotspot for cli...
Climate-driven alterations of the marine environment are most rapid in Arctic and subarctic regions,...