Large-ensemble

Coupled run with CESM1.2.0
out of the box + hybrid from b.e12.B1850C5CN.ne30_g16.control.022 at yr 145

Same as AA1
+ ocean coupling frequency set to 2 hours

Same as AA1
+ rhminl = 0.8975D0->0.8935D0
+ rhminl = 0.8935D0->0.89D0 (at year 112)

Same as AA3
+ the wind stress seen by the ocean is reduced by 30% south of 35S.

Same as AA3
+ start from Levitus

Same as AA3
+ start from Large ensemble at year 400

Same as AA5
start from Levitus
+ rhminl = 0.8935D0->0.8895D0
+ rhminl = 0.8895D0->0.884D0 (at year 49)

Same as AA9
start using spunup ocean at year 402
+ rhminl = 0.8935D0->0.885D0

Same as AA9
start from core
+ rhminl = 0.8935D0->0.885D0

Same as AA3
hybrid from AA3
+ using spunup ocean at year 402
+ rhminl = 0.8935D0->0.885D0

Same as AA9
+ the wind stress seen by the ocean is reduced by 30% south of 35S.

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ extra output from ocean

Start from Levitus in FV
+ spunup land from large ensemble
+ rhminl = 0.8925 (value of large ensemble)

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ attempt to change vertical mixing

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)
+ dust_emis_fact = 0.35D0 (same as in FV)

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ mapping files (see details)


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ changes from gohkan to modify TAUX seen by ocean

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ turn TMS off

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ tms_orocnst = 1.0->2.0D0

+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ old SE topo (smooth):
USGS-gtopo30_0.9x1.25_smooth2000-100_ne30np4_c051027.nc


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)

+ hdsp(i) = 4.0_r8 * sgh(i)


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhminl and rpen like FV
+ cldfrc_rhminl = 0.8925D0
+ uwshcu_rpen = 10.0


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ nugding


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ strong nudging


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ refined poles


+ extra output from ocean

Start from Levitus in SE
+ spunup land from AA3 at year 147
+ nudging U and V only


+ extra output from ocean

Same as AA16:
Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)
+ extra output from ocean

+ min(kappa_{iso,thic}) = 600 m^2/s

Same as AA16:
Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)
+ extra output from ocean

+ min(kappa_thic) = 600 m^2/s, min(kappa_iso) = 1200 m^2/s

Same as AA16:
Start from Levitus in SE
+ spunup land from AA3 at year 147
+ rhimnl = 0.884 (value from AA9)
+ extra output from ocean

+ min(kappa_{iso,thic}) = 600 m^2/s and KPP modification (stability-dependent surface layer depth)