advection.advection

Main module.

Functions

air_density(P, T, q[, R_dry, R_vap])	Calculate moist air density [kg/m^3] given pressure, temperature, and humidity.
air_heat_storage(rho, Cp, dT_dt, zm, h)	Compute the air-column sensible-heat storage term J (W/m^2).
compute_bowen_ratio_variance([sigma_T, ...])	Compute the variance (flux-variance) Bowen ratio beta with sign.
compute_sensible_heat_flux(w_T_prime, rho_air)	Compute the sensible heat flux H (W/m^2) from the kinematic heat flux w'T'.
compute_soil_heat_storage_flux(Csoil, dT_dt)	Compute soil heat storage flux Gs (W/m^2) from the soil volumetric heat capacity and the temperature change rate.
compute_std(series)	Compute the standard deviation of a time series.
correct_sonic_heat_flux(w_Ts, T_mean, beta)	Convert sonic (virtual) temperature flux w'Ts' to the true kinematic sensible-heat flux w'T' by removing the humidity contribution.
latent_heat_flux_bowen(Rnet, G, beta[, ...])	Compute latent heat flux (λE) using the Bowen ratio method (no fast data needed).
latent_heat_flux_residual(Rnet, G, H)	Compute latent heat flux (λE) as the residual of the energy balance.
latent_heat_vaporization(T)	Compute latent heat of vaporization of water (Lv) at temperature T.
rh_to_specific_humidity(RH, T[, P])	Convert relative humidity to specific humidity.
specific_heat_moist_air(q)	Calculate the specific heat capacity of moist air [J/(kg K)] given the specific humidity.
total_ground_heat_flux(Gd, Gs)	Compute the storage-corrected ground heat flux G by adding the raw ground flux Gd and the storage term Gs.
virtual_temperature(T, q)	Calculate virtual temperature T_v (K) for moist air.
wpl_latent_heat_flux(w_rhov, w_T, rho_v, T, ...)	Convenience WPL (Webb-Pearman-Leuning 1980) density-corrected latent heat flux.