becon776
New member
interesting and informative reply.
what then, in nature, is responsible for the export of organic carbon??
"the model confirms the observed data that DOC accounts for 80% of total organic carbon export. In order to balance the standing crop of DOC in the marine fringe zone, the model suggested that 40% is removed in this zone by microorganisms as well as resident and tidal migrant fauna."
in the journal article they discussed that the rate of this uptake is influenced by water temp and the "zones" of aerobic / anaerobic activity within the benthos. These metazoan fauna remineralize DOC.
uh oh..... after reading I found that nature's answer to DOC is a combination or DSB. and photosynthetic cycling of inorganic carbon. Something which from personal experience has MIRACULOUS short term application, and deleterious LONG term application.
skim on!
I do remember that the person who was on the board with the skimmerless tank had an ENORMOUS sump, countless buckets of caulerpa to give away and a predom soft coral tank.
what then, in nature, is responsible for the export of organic carbon??
"the model confirms the observed data that DOC accounts for 80% of total organic carbon export. In order to balance the standing crop of DOC in the marine fringe zone, the model suggested that 40% is removed in this zone by microorganisms as well as resident and tidal migrant fauna."
in the journal article they discussed that the rate of this uptake is influenced by water temp and the "zones" of aerobic / anaerobic activity within the benthos. These metazoan fauna remineralize DOC.
uh oh..... after reading I found that nature's answer to DOC is a combination or DSB. and photosynthetic cycling of inorganic carbon. Something which from personal experience has MIRACULOUS short term application, and deleterious LONG term application.
skim on!
I do remember that the person who was on the board with the skimmerless tank had an ENORMOUS sump, countless buckets of caulerpa to give away and a predom soft coral tank.