460
Input Variables Read Hourly
Time [hour]
Incident shortwave radiation on canopy [W ImZ]
Air temperature above canopy or air temperature profile [deg. C]
Wind speed [cm/s]
Relative humidity above canopy or humidity profile [%]
Temperature of top cm of soil [deg. C]
Temperature of lOcm soil depth [deg. C]
Soil water content [% of dry weight]
Moss water content [% of dry weight]
Output Variables for Each Layer
Average net COz exchange of leaves on an area basis [Ilmolm-Zs-I]
Net COz exchange of leaves on ground area basis [Ilmolm-Zs-I]
Average transpiration on leaf area basis [molm-Zs- I ]
Transpiration on a ground area basis for layer [molm-Zs-I]
Temperature of air in layer [deg. C]
Average PPFD on sunlit and shaded leaves [Ilmol m- 2 S-I]
Average temperature of sunlit and shaded leaves [deg. C]
Average leaf conductance calculated from transpiration [molm-Zs- I ]
Relative humidity of air in layer [%]
Average leaf internal CO2 [Ilbar]
Average net stem CO2 exchange on stem area basis [llmolm-2s-l]
Net stem CO2 exchange on ground area basis [llmolm-2s-l]
Average PPFD on stems [Ilmol m- 2 S-I]
Average temperature of sunlit and shaded stems [deg. C]
Leaf area index for layer [m 2 leaves/m 2 ground]
Net moss CO 2 exchange for sunlit and shaded areas [Ilmolg-I dry weight S-I]
Appendix
Total net moss CO2 exchange per hour for sun lit and shaded areas [mmolm- 2 ground
surface h- I ]
PPFD in the sunlit and shaded areas of mosslayer [llmolm-2s-1]
Temperature in the sunlit and shaded areas of each mosslayer [deg. C]
Moss water content [% of dry weight]
Sunlight and shaded fraction of moss area
Sum of net gas exchange per hour for sunlit plus shaded area [mmolm- 2 ground surface
h- 1 ]
Net CO 2 exchange of soil on a ground surface area basis [llmolm-2s-1]
Daily Output Over Entire Canopy for All Species and Compartments
Daily sum of the whole canopy gas exchan~e [mmolm-Zd- I ]
Daily sum of moss gas exchange [mmolm- d- 1 ]
Daily sum of soilrespiration [mmolm- 2 d- 1 ]
Daily sum of all primary producers [mmolm- 2 d- l ]
Daily total net ecosystem production [mmolm- 2 d- l ]
Input Variables Read Hourly
Time [hour]
Incident shortwave radiation on canopy [W ImZ]
Air temperature above canopy or air temperature profile [deg. C]
Wind speed [cm/s]
Relative humidity above canopy or humidity profile [%]
Temperature of top cm of soil [deg. C]
Temperature of lOcm soil depth [deg. C]
Soil water content [% of dry weight]
Moss water content [% of dry weight]
Output Variables for Each Layer
Average net COz exchange of leaves on an area basis [Ilmolm-Zs-I]
Net COz exchange of leaves on ground area basis [Ilmolm-Zs-I]
Average transpiration on leaf area basis [molm-Zs- I ]
Transpiration on a ground area basis for layer [molm-Zs-I]
Temperature of air in layer [deg. C]
Average PPFD on sunlit and shaded leaves [Ilmol m- 2 S-I]
Average temperature of sunlit and shaded leaves [deg. C]
Average leaf conductance calculated from transpiration [molm-Zs- I ]
Relative humidity of air in layer [%]
Average leaf internal CO2 [Ilbar]
Average net stem CO2 exchange on stem area basis [llmolm-2s-l]
Net stem CO2 exchange on ground area basis [llmolm-2s-l]
Average PPFD on stems [Ilmol m- 2 S-I]
Average temperature of sunlit and shaded stems [deg. C]
Leaf area index for layer [m 2 leaves/m 2 ground]
Net moss CO 2 exchange for sunlit and shaded areas [Ilmolg-I dry weight S-I]
Appendix
Total net moss CO2 exchange per hour for sun lit and shaded areas [mmolm- 2 ground
surface h- I ]
PPFD in the sunlit and shaded areas of mosslayer [llmolm-2s-1]
Temperature in the sunlit and shaded areas of each mosslayer [deg. C]
Moss water content [% of dry weight]
Sunlight and shaded fraction of moss area
Sum of net gas exchange per hour for sunlit plus shaded area [mmolm- 2 ground surface
h- 1 ]
Net CO 2 exchange of soil on a ground surface area basis [llmolm-2s-1]
Daily Output Over Entire Canopy for All Species and Compartments
Daily sum of the whole canopy gas exchan~e [mmolm-Zd- I ]
Daily sum of moss gas exchange [mmolm- d- 1 ]
Daily sum of soilrespiration [mmolm- 2 d- 1 ]
Daily sum of all primary producers [mmolm- 2 d- l ]
Daily total net ecosystem production [mmolm- 2 d- l ]