|
| 10
| AIC.C4X3L12.D771201
| Atmospheric initial conditions for 1977/12/01: surface pressure,
12 layers of zonal wind, 12 layers of meridional wind, 12 layers
of temperature, 12 layers of specific humidity, and surface air
temperature
|
|---|
|
| 11
| Z4X3N
| Ocean surface fraction, lake surface fraction, ground surface
fraction, land ice surface fraction, atmospheric topography,
ocean thickness, lake thickness, land ice thickness, and solid
ground topography
|
|---|
|
| 16
| SUL4X3.A1B
| Sulfate mass for IPCC SRES A1B from Boucher via PCMDI, every 10
years, 1850 to 2100
|
|---|
|
| 16
| SUL4X3.B1
| Sulfate mass for IPCC SRES B1 from Boucher via PCMDI, every 10
years 1850 to 2100
|
|---|
|
| 20
| OIC4X3L16.Dec1.LEVITUS
| Ocean initial conditions for December 1 from Levitus
|
|---|
|
| 21
| OST90X60.ROBINSON
| Monthly climatological ocean surface temperature from Robinson
and Bauer for Atmosphere Model
|
|---|
|
| 30
| SIIC90X60.Dec1
| Sea and lake ice initial conditions for December 1: sea ice
cover, 2 layers of sea ice mass, and 4 layers of sea ice
temperature
|
|---|
|
| 31
| OIC4X3E.AMIP
| Monthly climatological sea ice cover from AMIP for Atmosphere
Model
|
|---|
|
| 32
| SIM72X46.GIS
| Monthly climatological sea ice mass from Canadian Climate
Centre via AMIP for Atmosphere Model
|
|---|
|
| 33
| SIB4X3b.Russell
| Sea ice blocking factor
|
|---|
|
| 40
| GIIC90X60.Dec1
| Land ice initial conditions for December 1: land ice mass of
layer 1, and 4 layers of land ice temperatures
|
|---|
|
| 41
| GIF4X3.A410a
| Annual land ice downstream mass transport
|
|---|
|
| 50
| GIC4X3.Dec1
| Ground initial conditions for December 1: snow cover;
over snow-free ground: surface ice mass, 4 layers of available
water, 4 layers of ground temperature; over snow-covered
ground: snow mass, snow temperature, surface ice mass, 4 layers
of available water, 4 layers of ground temperature;
and age of snow
|
|---|
|
| 51
| VEG90X60
| Horizontal cover for 10 kinds of vegetaion
|
|---|
|
| 52
| GRDAT4X3.GISS
| Soil properties for 4 layers: minimum water, maximum water, dry
heat capacity, dry thermal conductivity, change in conductivity
due to liquid water, change in conductivity due to ice;
interface properties between 3 layer pairs: constant hydraulic
diffusivity, varying hydraulic diffusivity, gravitational water
pull; bottom 3 layers: underground runoff rate
|
|---|
|
| 53
| CDN4X3.GISS
| Neutral drag coefficient over land
|
|---|
|
| 60
| LKIC4X3.Dec1
| Lake initial conditions for December 1: lake depths of layers 1
and 2, lake temperatures of layers 1 and 2, lake temperature at
bottom of layer 2
|
|---|
|
| 71
| BCI4X3
| Industrial black carbon aerosol for 12 months for 1950
|
|---|
|
| 72
| OCI4X3
| Industrial organic carbon aerosol for 12 months for 1950
|
|---|
|
| 76
| AERN4X3
| 12 months each of natural tropospheric sulfate aerosol,
natural organic carbon aerosol, organic carbon aerosol from
burning, black carbon aerosol from burning
|
|---|
|
| 78
| DUST4X3
| clay dust optical depth for 12 months and 4 sizes,
silt dust optical depth for 12 months and 4 sizes
|
|---|
