Conversion Sequences

CO2

umol CO2 m-2 s-1 → g CO2 m-2 30min-1

Example

1. Half-hourly flux results from EddyPro show CO2 uptake: -20 umol CO2 m-2 s-1
2. The total amount of CO2 uptake in this half-hour is calculated by applying the total gain: -20 * 0.0792171
3. In this half-hour, the CO2 uptake was: -1.584342‬ g CO2 m-2 30min-1
4. Simplified, the CO2 uptake over 30 minutes was 1.6 g m-2

umol CO2 m-2 s-1 → g C m-2 30min-1

Example

1. Half-hourly flux results from EddyPro show CO2 uptake: -20 umol CO2 m-2 s-1
2. The total amount of carbon uptake in this half-hour is calculated by applying the total gain: -20 * 0.02161926
3. In this half-hour, the carbon uptake was: ‭-0.4323852‬‬ g C m-2 30min-1
4. Simplified, the carbon uptake over 30 minutes was 0.4 g m-2

N2O

umol N2O m-2 s-1 → g N2O m-2 30min-1

Example

1. 1. Half-hourly flux results from EddyPro show N2O emission: 0.005 umol N2O m-2 s-1
   2. The total amount of N2O uptake in this half-hour is calculated by applying the total gain: 0.005 * ‭0.07922304‬
   3. In this half-hour, the N2O emission was: ‭0.0003961152‬‬‬ g N2O m-2 30min-1
   4. Simplified, the N2O emission over 30 minutes was 0.4 mg m-2

nmol N2O m-2 s-1 → g N2O m-2 30min-1

Example

1. Half-hourly flux results from EddyPro show N2O emission: 5 nmol N2O m-2 s-1
2. The total amount of N2O uptake in this half-hour is calculated by applying the total gain: 5 * ‭‭0.00007922304‬
3. In this half-hour, the N2O emission was: ‭0.0003961152‬‬‬‬ g N2O m-2 30min-1
4. Simplified, the N2O emission over 30 minutes was 0.4 mg m-2

CH4

umol CH4 m-2 s-1 → g CH4 m-2 30min-1

Example

*soon*

Last Updated on 15 Feb 2024 22:16