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remark_4 [2012/07/07 00:30] 134.93.180.188remark_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 ource spec. Humidity)+(g/kg)*m/s* LAD [m²/m³] = (g/kg)/s (Point Source spec. Humidity)
  
-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.