資料庫

Description:

The aim of experiments is to acquire well-founded information of future climate change. And following the Coupled Model Intercomparison Project 5 (CMIP5) Representative Concentration Pathways (RCPs) to setup our model to assess and project future climate change impact.

 

Simulation Type :

Prescribed SST

Using the observed sea surface temperature force the atmosphere model. In this type, there is only the atmosphere model.

Slab Ocean

Using the slab ocean model couple the atmosphere model. But the slab model doesn’t have ocean dynamic circulation.

Fully Coupled

The ocean model has complete dynamic and thermodynamic processes. And the ocean model couple the atmosphere circulation model.

cmpi5 scenario

Data Download:

  • CAM4 Model Simulations

Type

Case

Resolution

Description

Prescribed SST

2000yr Free Run

T31

Using the 2000 year sea surface temperature to assess future climate change.

Monthly gridded model output data for 10 years.

Slab Ocean

2000yr Free Run

T31

Using the 2000 year sea surface temperature to assess future climate change.

Monthly gridded model output data for 120 years.

2000yr Free Run

2xCO2

T31

Using the 2000 year sea surface temperature and 2xCO2 to assess and project future climate change.

Monthly gridded model output data for 120 years.

Fully Coupled

2000yr Free Run

4.5 degree

Using the 2000 year sea surface temperature to assess future climate change.

Monthly gridded model output data for 160 years.

2000yr Free Run

2 degree

Using the 2000 year sea surface temperature to assess future climate change.

Monthly gridded model output data for 210 years.

2000yr Free Run

2xCO2

2 degree

Using the 2000 year sea surface temperature and 2xCO2 to assess and project future climate change.

Monthly and Daily gridded model output data for 210 years.

2000yr Free Run

1 degree

Using the 2000 year sea surface temperature to assess future climate change.

Monthly gridded model output data for 100 years.

RCP 2.6

2 degree

Following the CMP5 RCP 2.6 scenario to set the model to assess and project future climate change impact.

Monthly gridded model output data from 2005-2100.

1 degree

Following the CMP5 RCP 2.6 scenario to set the model to assess and project future climate change impact.

Monthly gridded model output data from 2005-2100.

RCP 8.5

2 degree

Following the CMP5 RCP 8.5 scenario to set the model to assess and project future climate change impact.

Monthly gridded model output data from 2005-2100.

1 degree

Following the CMP5 RCP 8.5 scenario to set the model to assess and project future climate change impact.

Monthly gridded model output data from 2005-2100.

 

  • CAM5 Model Simulations

Type

Case

Resolution

Description

Prescribed SST

2000yr Free Run

2 degree

Using the 2000 year sea surface temperature to assess future climate change.

Daily gridded model output data for 13 years.

 
Reference:

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