Baseline figure Carbon cycle and natural vegetation: Difference between revisions
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{{FigureTemplate | {{FigureTemplate | ||
|Figure=075g_img13.png | |Figure=075g_img13.png | ||
|Caption=Cumulative Terrestrial carbon flux using the IMAGE-LPJmL model for multiple baseline (A2 and B2) and mitigation/policy (RCP2.6) scenarios | |Caption=Cumulative Terrestrial carbon flux using the IMAGE-LPJmL model for multiple baseline (A2 and B2) and mitigation/policy (RCP2.6) scenarios. | ||
|FigureType=Policy intervention figure | |FigureType=Policy intervention figure | ||
|Component=Natural vegetation and carbon cycle; | |Component=Natural vegetation and carbon cycle; | ||
}} | }} | ||
Black lines depict the cases where the terrestrial biosphere remains a sink, the red lines show cases where it shifts and becomes a carbon source. Positive numbers depict a cumulative terrestrial carbon sink, negative numbers a cumulative terrestrial source (net carbon release exceeds the amount of carbon sequestered before). Although the terrestrial biosphere, traditionally, has always been a carbon sink, it may turn into a carbon source in the future (see Müller et al., 2013). | |||
Revision as of 14:42, 18 December 2013
Caption: Cumulative Terrestrial carbon flux using the IMAGE-LPJmL model for multiple baseline (A2 and B2) and mitigation/policy (RCP2.6) scenarios.
Figure is used on page(s): Carbon cycle and natural vegetation, IMAGE framework summary/Earth system
Black lines depict the cases where the terrestrial biosphere remains a sink, the red lines show cases where it shifts and becomes a carbon source. Positive numbers depict a cumulative terrestrial carbon sink, negative numbers a cumulative terrestrial source (net carbon release exceeds the amount of carbon sequestered before). Although the terrestrial biosphere, traditionally, has always been a carbon sink, it may turn into a carbon source in the future (see Müller et al., 2013).