Differences
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remark_4 [2012/07/07 00:30] – 134.93.180.188 | remark_4 [2012/07/07 00:30] – 134.93.180.188 | ||
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All Fluxes are given per Leaf Area Unit (m²). To get the Absolute Energy Flux, multiply by the Leaf Area Density. | All Fluxes are given per Leaf Area Unit (m²). To get the Absolute Energy Flux, multiply by the Leaf Area Density. | ||
- | **Fluxes given in Energy:** | + | **Fluxes given in Energy:**\\ |
W/m² per Leaf Area Unit multiplied by LAD [m²/m³] = W/m³ (Flux per Volume) | W/m² per Leaf Area Unit multiplied by LAD [m²/m³] = W/m³ (Flux per Volume) | ||
- | **Fluxes in other Units:** | + | **Fluxes in other Units:**\\ |
- | K* m/s * LAD [m²/m³] = K/s (Point Source Temperature per Volume) | + | K* m/s * LAD [m²/m³] = K/s (Point Source Temperature per Volume)\\ |
- | (g/kg)*m/s* LAD [m²/m³] = (g/kg)/s (Point | + | (g/kg)*m/s* LAD [m²/m³] = (g/kg)/s (Point |
- | Value is 0 if no leafs are present. | + | Value is 0 if no leafs are present.\\ |
Positive sign is flux from leaf surface into the atmosphere, negative is other way around. | Positive sign is flux from leaf surface into the atmosphere, negative is other way around. | ||