compute_flux_gradient_layer

Computes Fick's law of diffusion between two values

Acquires and synthesizes soil carbon fluxes at sites located in the National Ecological Observatory Network (NEON). Provides flux estimates and associated uncertainty as well as key environmental measurements (soil water, temperature, CO2  concentration) that are used to compute soil fluxes.

John Zobitz

neonSoilFlux

Compute Soil Carbon Fluxes for the National Ecological
Observatory Network Sites

Edward Ayres

Katie O'Rourke

Zoey Werbin

Lajntxiag Lee

Ridwan Abdi

Dijonë Mehmeti

Ly Xiong

compute_flux_gradient_layer function

<dl><dt>depths</dt>
<dd>Required. Depths that the compute the flux (2 values)</dd>
<dt>co2</dt>
<dd>Required. CO2 molar concentration (2 values, corresponding to depths)</dd>
<dt>co2_err</dt>
<dd>Required. Error in co2 (2 values, corresponding to depths)</dd>
<dt>diffus</dt>
<dd>Required. Diffusivity (a single value)</dd>
<dt>diffus_err</dt>
<dd>Required. Diffusive error (a single value)</dd></dl>

Arguments

Computes Fick's law of diffusion between two values — compute_flux_gradient_layer

<dl>

<dt>depths</dt>
<dd>Required. Depths that the compute the flux (2 values)</dd>


<dt>co2</dt>
<dd>Required. CO2 molar concentration (2 values, corresponding to depths)</dd>


<dt>co2_err</dt>
<dd>Required. Error in co2 (2 values, corresponding to depths)</dd>


<dt>diffus</dt>
<dd>Required. Diffusivity (a single value)</dd>


<dt>diffus_err</dt>
<dd>Required. Diffusive error (a single value)</dd>

</dl>

compute_flux_gradient_layer: Computes Fick's law of diffusion between two values

Description

Usage

Value

Arguments

Examples