%0 Figure %A G. Priede, Imants %A Aksel Bergstad, Odd %A I. Miller, Peter %A Vecchione, Michael %A Gebruk, Andrey %A Falkenhaug, Tone %A S. M. Billett, David %A Craig, Jessica %A C. Dale, Andrew %A A. Shields, Mark %A H. Tilstone, Gavin %A T. Sutton, Tracey %A J. Gooday, Andrew %A E. Inall, Mark %A O. B. Jones, Daniel %A Martinez-Vicente, Victor %A M. Menezes, Gui %A Niedzielski, Tomasz %A Sigurðsson, Þorsteinn %A Rothe, Nina %A Rogacheva, Antonina %A H. S. Alt, Claudia %A Brand, Timothy %A Abell, Richard %A S. Brierley, Andrew %A J. Cousins, Nicola %A Crockard, Deborah %A Rus Hoelzel, A. %A Høines, Åge %A B. Letessier, Tom %A F. Read, Jane %A Shimmield, Tracy %A J. Cox, Martin %A K. Galbraith, John %A D. M. Gordon, John %A Horton, Tammy %A Neat, Francis %A Lorance, Pascal %D 2013 %T Macrofauna biomass. %U https://plos.figshare.com/articles/figure/_Macrofauna_biomass_/696665 %R 10.1371/journal.pone.0061550.g007 %2 https://plos.figshare.com/ndownloader/files/1052164 %K ecology %K Community Ecology %K Energy flow %K ecosystems %K ecosystem functioning %K biodiversity %K Biogeochemistry %K Marine biology %K Fisheries science %K Marine ecology %K marine and aquatic sciences %K Marine geology %K Ocean ridges %K oceanography %K Biological oceanography %K oceans %K Atlantic Ocean %X

Data from sediment core samples at the four MAR stations (green triangles) compared with locations around the North Atlantic margin (open circles) and the CoML global trend line.

%I PLOS ONE