Global dispersal of macroalgae-derived recalcitrant DOC may substantially contribute to deep-ocean carbon storage
En palabras de los autores
Esta revista no permite republicar el resumen completo. Estas son las dos oraciones que eligió Pipette, citadas textualmente. El resto está en el sitio de la editorial.
Resultado principal
The detection of candidate kelp-associated RDOC signals throughout the global ocean provides molecular-level evidence of the long-distance export of macroalgae-derived RDOC to the pelagic and deep ocean, highlighting a major, previously unrecognized pathway of long-term storage of macroalgae-derived DOC in global oceans, although the precise fraction exported to the deep ocean remains to be quantified.
Limitación que admiten los autores
The detection of candidate kelp-associated RDOC signals throughout the global ocean provides molecular-level evidence of the long-distance export of macroalgae-derived RDOC to the pelagic and deep ocean, highlighting a major, previously unrecognized pathway of long-term storage of macroalgae-derived DOC in global oceans, although the precise fraction exported to the deep ocean remains to be quantified.
Apareció: viernes, 25 de septiembre. Science Advances. Revista con revisión por pares.