Each global grid files (*.asc) has simple metadata information on their own filename. The convention is :
${ITEM}_${TIMEINT}_${TIME}_${UNIT}_${VERSION}.asc
Following is a presice description and list of each values:
| Item Name | Meaning |
|---|---|
| Pop | Population |
| Area | Area of GridCell |
| DArea | Drainage Area of gridcell |
| Qtotal | LSM output value: Runoff into river channel. |
| Dis | River discharge |
| SpecDis | Specific River Discharge / Height of Runoff |
| DisDiff | Difference in River discharge |
| DisRatio | Change ratio in River discharge |
| DisPC | Discharge per capita |
| Desal | Desalinized water supply |
| WithTotal | Total Withdrawal |
| WithAgr | Agricultural withdrawal |
| WithIndus | Industrial Withdrawal |
| WithDomes | Domestic Withdrawal |
| Rws | (WithTotal - Desal) / (Dis) |
| Version Name | Description | Related item(s) |
|---|---|---|
| GSWP1a | Result of GSWP | River Discharge, LSM Output, Rws etc. |
| GSWP2-${MODEL_NAME}-1Deg-1 | Result of GSWP2 experiments. TRIP routing was done by Mr. Hanasaki with 1-deg grid (2004 Feb). MODEL_NAME= CLM2-TOP | ISBA | LaD | NSIPP-CATCH | SSiBCOLA | SiBUC | VISA | Bucket Calc. duration is 1986-95 for bucket, and 1987-88 for others |
River Discharge, LSM Output, Rws etc. |
| GSWP2-B0-${SUB_VERSION} | Result of GSWP2 experiments. TRIP routing was done by Mr. Hanasaki with 0.5-deg grid . Input for TRIP routing is mean of output from various LSMs submitted to GSWP2 project. Calc. duration is 1986-1995. Sub-Version :
|
River Discharge, LSM Output, Rws etc. |
| MRI-GCM-{number} |
Result of MRI GCM. number is ...
|
River Discharge, LSM Output, Rws etc. |
| CCSR-NIES-GCM-{number} |
Result of CCSR/NIES GCM. number is ...
|
River Discharge, LSM Output, Rws etc. |
| - | unspecified / time-slice |
|---|---|
| y | Annual |
| m | Monthly |
For single time slice...
For values indicating some change between two periods...
| m3 | m3 |
|---|---|
| 106m3 | 106m3 |
| mm | mm |
| person | person |
| 103person | 1000person |
| - | unitless |
| km2 | km2 |