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caption: 'These data compare two algorithms used to infer the global climatology. Chlorophyll a concentrations differ, approaching 100% at high latitudes. The right-hand panel shows the global estimate of colored dissolved organic material (CDOM). Credit: D.A. Siegel, University of California, Santa Barbara; S. Maritorena, University of California, Santa Barbara; N.B. Nelson, University of California, Santa Barbara; M.J. Behrenfeld, Oregon State University; and C.R. McClain NASA/Goddard Space Flight Center (reproduced from Geophysical Research Letters with permission from the American Geophysical Union).'
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description: 'These data compare two algorithms used to infer the global climatology. Chlorophyll a concentrations differ, approaching 100% at high latitudes. The right-hand panel shows the global estimate of colored dissolved organic material (CDOM). Credit: D.A. Siegel, University of California, Santa Barbara; S. Maritorena, University of California, Santa Barbara; N.B. Nelson, University of California, Santa Barbara; M.J. Behrenfeld, Oregon State University; and C.R. McClain NASA/Goddard Space Flight Center (reproduced from Geophysical Research Letters with permission from the American Geophysical Union).'
display_name: Characterization of Carbon Matter in Ocean Ecosystems
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title: Characterization of Carbon Matter in Ocean Ecosystems
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usage_limits: Copyright protected. Obtain permission from the original figure source.