This example is using modified default input files, "control.in" and "mk.in".
If you wish to recreate this example, make sure you use similar input files.
You may need to change the setting for the "Version_Directory" at the top of
the "mk.in" file to point to your own location of "UVic_ESCM/2.8". Data,
object code and the executable (UVic_ESCM) have been deleted to save space.

This example uses the default restart but is only run for one year with time
average and snapshot output set for 1 year and time integral output set for
every 5 days. The options "uvic_global_sums", "uvic_carbon" and 
"uvic_carbon_coupled" were added and "uvic_embm_co2data" was removed from the
default options in order to demonstrate the models ability to conserve heat,
fresh water and carbon.

The "pr" and "tsi" files show changes in heat, fresh water and carbon for each
model component and the system as a whole. By the end of the year, heat was
conserved globally to within 155 GJ, fresh water to within 130 Mg and carbon to
within 24 Gg. These values are in the "noise" of the calculation and over many
years, drift per year should be much lower. Most of the drift in carbon comes
from "triffid", the dynamic vegetation model. This can be seen as jumps in
carbon conservation errors every 30 days when "triffid" is called.

The model takes much longer to run when using the "uvic_global_sums" option 
(maybe 4 times as long). It is not meant to be used for long runs but only to
check for conservation errors when the code has been modified or different
options are used.
