This is a post-peer-review, pre-copyedit version of an article published in Marine Biodiversity. The final authenticated version is available online at: http://dx.doi.org/https://doi.org/10.1007/s12526-019-01036-9.Benthic communities change drastically in both biomass and community structure with increasing water depth on a global scale, attributed to a combination of food supply, environmental drivers, as well as physiological and competitive capacities. In the Arctic, benthic biogeographic patterns are additionally thought to be a result of the region’s glaciation history. Here, we investigate gross epibenthic biomass and assemblage structure turnover with water mass from coastal to bathyal depths from 136 beam trawl samples collected in ...
Environmental gradients and their influence on benthic community structure vary over different spati...
<div><p>Environmental gradients and their influence on benthic community structure vary over differe...
Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pr...
Benthic communities change drastically in both biomass and community structure with increasing water...
Standing crop in 204 grab and diver-operated airlift samples taken in Lancaster Sound, Eclipse Sound...
In the Arctic, sea ice loss has already transformed the dominant sources and periodicity of primary...
Understanding Arctic deep-sea ecosystem structure and functioning is an urgent task because ongoing ...
The effects of climate change on marine ecosystems are most pronounced in the Arctic, where ice free...
Epifaunal communities from the poorly studied Arctic deep sea of the Chukchi Borderland region were ...
This is the first study to present the patterns and environmental controls of benthic biomass size s...
Increased public awareness of the global significance of polar regions and opening of the Russian Ar...
Little is known about the distribution and dynamics of macrobenthic communities of the deep Arctic O...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
The biogeographic transition from boreal to Arctic marine communities entails a strong taxonomic and...
Major climate changes are underway in the Canadian Arctic, but our ability to monitor and predict th...
Environmental gradients and their influence on benthic community structure vary over different spati...
<div><p>Environmental gradients and their influence on benthic community structure vary over differe...
Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pr...
Benthic communities change drastically in both biomass and community structure with increasing water...
Standing crop in 204 grab and diver-operated airlift samples taken in Lancaster Sound, Eclipse Sound...
In the Arctic, sea ice loss has already transformed the dominant sources and periodicity of primary...
Understanding Arctic deep-sea ecosystem structure and functioning is an urgent task because ongoing ...
The effects of climate change on marine ecosystems are most pronounced in the Arctic, where ice free...
Epifaunal communities from the poorly studied Arctic deep sea of the Chukchi Borderland region were ...
This is the first study to present the patterns and environmental controls of benthic biomass size s...
Increased public awareness of the global significance of polar regions and opening of the Russian Ar...
Little is known about the distribution and dynamics of macrobenthic communities of the deep Arctic O...
Arctic ecosystems are facing unprecedented changes today. Annual surface temperatures increased almo...
The biogeographic transition from boreal to Arctic marine communities entails a strong taxonomic and...
Major climate changes are underway in the Canadian Arctic, but our ability to monitor and predict th...
Environmental gradients and their influence on benthic community structure vary over different spati...
<div><p>Environmental gradients and their influence on benthic community structure vary over differe...
Marine benthic organisms living in shelf seas of the Siberian Arctic are impacted severely by the pr...