calculate_total_co2e

Convert individual GHG fluxes (mg m\(^{-2}\) h\(^{-1}\))
 to a total CO\(_2\)-equivalent flux (g m\(^{-2}\) d\(^{-1}\)) using
 IPCC AR6 100-year GWPs (CO\(_2\) = 1, CH\(_4\) = 27,
 N\(_2\)O = 273).

Facilitate the analysis of data related to aquatic ecology, specifically the establishment of carbon budget.
Currently, the package allows the below analysis.
(i) the calculation of greenhouse gas flux based on data obtained from trace gas analyzer using the method described in Lin et al. (2024).
(ii) the calculation of Dissolved Oxygen (DO) metabolism based on data obtained from dissolved oxygen data logger using the method described in Staehr et al. (2010).
Yong et al. (2024) <doi:10.5194/bg-21-5247-2024>.
Staehr et al. (2010) <doi:10.4319/lom.2010.8.0628>.

Zhao-Jun Yong

aelab

Data Processing for Aquatic Ecology

calculate_total_co2e function

<dl><dt>co2</dt>
<dd>CO\(_2\) flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd>
<dt>ch4</dt>
<dd>CH\(_4\) flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd>
<dt>n2o</dt>
<dd>N\(_2\)O flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd></dl>

Arguments

calculate_total_co2e — calculate_total_co2e

<dl>

<dt>co2</dt>
<dd>CO\(_2\) flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd>


<dt>ch4</dt>
<dd>CH\(_4\) flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd>


<dt>n2o</dt>
<dd>N\(_2\)O flux in mg m\(^{-2}\) h\(^{-1}\). Default 0.</dd>

</dl>

calculate_total_co2e: calculate_total_co2e

Description

Usage

Value

Arguments

Examples