Same as ctsm5.3.001

I made an accidental merge and reverted it.

Merge ctsm5.3.002 to b4b-dev

Fix clm-basic tests

Change testlist_clm ne30pg3_t061 tests to ne30pg3_t232

Remove unused variable elevclass_o in mkglcmecMod.F90

…o fix-namelist-tester

…e all set in fail, warn, and finidat tests

Add check in build-namelist_test.pl

move from depricated shr_file to shr_log

Set eflx_building_lun to spval properly

Hardcoded tuning adjustments for Leung_2024 dust emissions

Changes to dust emissions when Leung_2024 method is being used.

Tuning was needed since we saw some high biases in dust over semiarid
regions given all the updates in CTSM and CAM. The biggest
changes in CTSM that affects dust is an increase in friction velocity
(ustar; fv in CTSM) over vegetated, semiarid regions, mainly
due to a switch in the roughness scheme from 'ZengWang2007' to
'Meier2022'. Since dust emission is very sensitive to ustar, the dust
emission scheme magnifies this increase and caused strong high biases
over semiarid regions, including Australia and Patagonia (see
plots in issue ESCOMP#2732). To enhance the robustness of Leung_2023 and
reduce the likelihood to see huge changes in answers in the
future, we tried to limit the sensitivity of dust emissions to ustar. We
also tried different methods (see specific notes below) to
reduce dust emissions from semiarid regions given the high biases over
there.