Water preprocessor: Difference between revisions
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= Initializations = | = Initializations = | ||
== Municipal water demand == | |||
Use SeriesWaterWithdMunicipal to initialize municipal water demand (WatWithdMun). | Use SeriesWaterWithdMunicipal to initialize municipal water demand (WatWithdMun). | ||
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Then estimate municipal water demand using the equation: "MunDemandPC (Linear) versus GDP2011PCPPP(MOSTRECENT) (Log) AND Connections" which is in AnalFunc. | |||
<math>Prediction = (x_1*GDPPCP_r) + (x_2*UrbanPercent) + (x_3*WATSAFE_{r,3})</math> | |||
= sss = | = sss = |
Revision as of 23:48, 10 January 2017
Series pulled into water preprocessor
Table | Definition | Source | Notes | Last IFs Update |
SeriesWaterFossilWithdrawal | Water withdrawal from fossil water aquifers | UNESCO Non-Renewable Groundwater Report 2006 | SGH | 2014/08/29 |
SeriesWaterResFossil | Water withdrawal from fossil water aquifers | UNESCO Non-Renewable Groundwater Report 2006; Aquastat country profiles | SGH | 2014/08/29 |
SeriesWaterResGroundAfrica | Water withdrawal from fossil water aquifers for African countries | Quantitative maps of groundwater resources in Africa | SGH | 2014/08/29 |
SeriesWasterwaterTreated | Wastewater: treated volume (10^9 m3/yr) |
AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWastewaterProduced | Wastewater: produced volume (10^9 m3/yr) |
AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWastewaterTreatedReused | Treated wastewater reused (10^9 m3/yr) |
AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterDesalinated | Desalinated Water Produced | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterGroundWithD | Ground Water Withdrawal | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResExploitGround | Exploitable: regular renewable groundwater (10^9 m3/yr) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResExploitSurface | Exploitable: total renewable surface water (10^9 m3/yr) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResOverlap | Overlap between surface and groundwater | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResTotalExploit | Water resources: total exploitable | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResTotalRenew | Water resources: total renewable (actual) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResTotalRenewGround | Total renewable groundwater (actual) (10^9 m3/yr) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterResTotalRenewSurface | Total renewable suface water (actual) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterSurfaceWithD | Surface Water Withdrawal | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterTotalWithdSources | Total water withdrawal (summed by sources) | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterWithdAgriculture | Agricultural water withdrawal | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterWithdIndustrial | Industrial water withdrawal | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesWaterWithdMunicipal | Municipal water withdrawal | AQU BATCH PULL | KK,JM | 2016/05/21 |
SeriesLandIrActual%Equip | Area equipped for irrigation: actually irrigated, % | AQU BATCH PULL | KK;JM | 2016/06/06 |
Initializations
Municipal water demand
Use SeriesWaterWithdMunicipal to initialize municipal water demand (WatWithdMun).
If null, then calculate urban population:
Then estimate municipal water demand using the equation: "MunDemandPC (Linear) versus GDP2011PCPPP(MOSTRECENT) (Log) AND Connections" which is in AnalFunc.