Modules

This module defines the climate and climate_data types and allocates arrays and pointers for these types.

Module for CABLE offline driver common routines.

Module containing subroutine to initialise the surface wetness factor of the soil/snow (ssnow_wetfac) array

This MODULE contains one SUBROUTINE which evaluates the latent heat from ground/soil/snow pack given the previously evaluated rate of potential evaporation. This is a component of the calculation of the surface energy balance and is called twice per cycle in the MO iteration section of define_canopy.

Module for handling some common MPI operations and MPI groups

Stub for the worker driver when MPI is not available.

Utilities for generating parallel I/O decompositions for grids used by CABLE.

The NetCDF Fortran implementation of the netCDF file handling interface in CABLE. For more information on NetCDF Fortran please refer to: - https://docs.unidata.ucar.edu/netcdf-fortran/current/ - https://github.com/Unidata/netcdf-fortran

A stub implementation of the netCDF file handling interface for when PIO is unavailable.

The procedures contained in this module calculate the roughness parameters and the aerodynamic contribution to the resistances controlling the fluxes of momentum, heat and water vapour between the land and atmosphere for each land point.

Offline serial driver for CABLE.

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This MODULE contains the SUBROUTINE comp_friction_vel and two FUNCTIONS (psim and psis) needed to evaluate the friction velocity over each land point/tile given the wind speed and the current estimate of the Monin-Obukhov stability parameter $\xi$. Outputs friction_vel, psim and psis are used in define_canopy.

This MODULE initialise the radiation parameters.

This MODULE contains two SUBROUTINEs that calculate the specific humidity at saturation as a function of air pressure and temperature.

This MODULE applies land-use changes for CABLE.