smart inco-med 1 st management board meeting, june 13-15 2003ncrs, beirut waterware data...

SMART INCO-MEDSMART INCO-MED11stst Management Board Meeting, Management Board Meeting,June 13-15 2003NCRS, BeirutJune 13-15 2003NCRS, Beirut

WaterWare Data RequirementsWaterWare Data Requirements

SMART INCO-MEDSMART INCO-MED11stst Management Board Meeting, Management Board Meeting,June 13-15 2003NCRS, BeirutJune 13-15 2003NCRS, Beirut


DDr. Kurt Fedra ESS GmbH, [email protected] http://www.ess.co.atEnvironmental Software & Services A-2352 Gumpoldskirchen

DDr. Kurt Fedra ESS GmbH, [email protected] http://www.ess.co.atEnvironmental Software & Services A-2352 Gumpoldskirchen


• Domain definitionDomain definition• RiverBasin OBJECTSRiverBasin OBJECTS• Network topologyNetwork topology• Driving forces Driving forces (hydrometeorology) (hydrometeorology)

and rainfall-runoff model dataand rainfall-runoff model data• Demand data, allocation rulesDemand data, allocation rules• Observation data (calibration)Observation data (calibration)• Cost functionsCost functions




Domain definitionDomain definition

1.1. Location, size, boundariesLocation, size, boundaries

2.2. GIS data (topography, DEM, GIS data (topography, DEM, landuse, surface water, landuse, surface water, administrative boundaries, administrative boundaries, infrastructure )infrastructure )

3.3. Imagery, hypertext, MMImagery, hypertext, MM

Domain definitionDomain definition

1.1. Location, size, boundariesLocation, size, boundaries

2.2. GIS data (topography, DEM, GIS data (topography, DEM, landuse, surface water, landuse, surface water, administrative boundaries, administrative boundaries, infrastructure )infrastructure )

3.3. Imagery, hypertext, MMImagery, hypertext, MM

WaterWareWaterWare

River Basin Object:River Basin Object:– Sub-catchmentsSub-catchments– Reservoirs, hydraulic structuresReservoirs, hydraulic structures– Demand Nodes: cities, Demand Nodes: cities,

industries, irrigation areas, industries, irrigation areas, wetlandswetlands

– Monitoring stationsMonitoring stations– River network (nodes, reaches)River network (nodes, reaches)– AquifersAquifers




WaterWareWaterWare

Sub-catchmentsSub-catchments1.1. Location, boundaries, DEMLocation, boundaries, DEM2.2. Land use distributionLand use distribution3.3. Channel data (length, density, cross Channel data (length, density, cross

section)section)4.4. Precipitation, temperature (min. Precipitation, temperature (min.

one year daily data)one year daily data)5.5. Surface/groundwater consumptive Surface/groundwater consumptive

use within the catchmentuse within the catchment6.6. Runoff observations for calibrationRunoff observations for calibration

Sub-catchmentsSub-catchments1.1. Location, boundaries, DEMLocation, boundaries, DEM2.2. Land use distributionLand use distribution3.3. Channel data (length, density, cross Channel data (length, density, cross

section)section)4.4. Precipitation, temperature (min. Precipitation, temperature (min.

one year daily data)one year daily data)5.5. Surface/groundwater consumptive Surface/groundwater consumptive

use within the catchmentuse within the catchment6.6. Runoff observations for calibrationRunoff observations for calibration

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WaterWareWaterWare

Reservoirs, hydraulic Reservoirs, hydraulic structuresstructures

1.1. Location, size, Location, size,

2.2. volume/depth curvevolume/depth curve

3.3. Release policy/rulesRelease policy/rules

4.4. Inflow/outflow time seriesInflow/outflow time series

Reservoirs, hydraulic Reservoirs, hydraulic structuresstructures

1.1. Location, size, Location, size,

2.2. volume/depth curvevolume/depth curve

3.3. Release policy/rulesRelease policy/rules

4.4. Inflow/outflow time seriesInflow/outflow time series

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WaterWareWaterWare

Demand Nodes: cities, industries, Demand Nodes: cities, industries, irrigation areas, wetlandsirrigation areas, wetlands

1.1. Location, type, size (area, Location, type, size (area, production, population)production, population)

2.2. Daily/monthly demandDaily/monthly demand3.3. Conveyance loss, unit specific Conveyance loss, unit specific

consumptive use, return flow consumptive use, return flow (quality)(quality)

4.4. Cost functionsCost functions

Demand Nodes: cities, industries, Demand Nodes: cities, industries, irrigation areas, wetlandsirrigation areas, wetlands

1.1. Location, type, size (area, Location, type, size (area, production, population)production, population)

2.2. Daily/monthly demandDaily/monthly demand3.3. Conveyance loss, unit specific Conveyance loss, unit specific

consumptive use, return flow consumptive use, return flow (quality)(quality)

4.4. Cost functionsCost functions

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Monitoring stationsMonitoring stations

1.1. LocationLocation

2.2. Type (parameters)Type (parameters)

3.3. Observation time series Observation time series (daily)(daily)

Monitoring stationsMonitoring stations

1.1. LocationLocation

2.2. Type (parameters)Type (parameters)

3.3. Observation time series Observation time series (daily)(daily)

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River network (nodes, reaches)River network (nodes, reaches)1.1. Formal node definitions Formal node definitions

derived from OBJECTSderived from OBJECTS

2.2. Connectivity (network Connectivity (network topology)topology)

3.3. Reach characteristics (length, Reach characteristics (length, cross-sections, roughness)cross-sections, roughness)

River network (nodes, reaches)River network (nodes, reaches)1.1. Formal node definitions Formal node definitions

derived from OBJECTSderived from OBJECTS

2.2. Connectivity (network Connectivity (network topology)topology)

3.3. Reach characteristics (length, Reach characteristics (length, cross-sections, roughness)cross-sections, roughness)

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WaterWareWaterWare

AquifersAquifers1.1. Location, extentLocation, extent2.2. Depth, volume, porosityDepth, volume, porosity3.3. Any observation data (head, Any observation data (head,

flow, pumping tests, etc)flow, pumping tests, etc)4.4. Recharge (natural and Recharge (natural and

injection)injection)5.5. Withdrawals (pumping)Withdrawals (pumping)

AquifersAquifers1.1. Location, extentLocation, extent2.2. Depth, volume, porosityDepth, volume, porosity3.3. Any observation data (head, Any observation data (head,

flow, pumping tests, etc)flow, pumping tests, etc)4.4. Recharge (natural and Recharge (natural and

injection)injection)5.5. Withdrawals (pumping)Withdrawals (pumping)


Network topologyNetwork topology

1.1. Node-reach structure, Node-reach structure, abstract (topological) and abstract (topological) and georeferencedgeoreferenced

Network topologyNetwork topology

1.1. Node-reach structure, Node-reach structure, abstract (topological) and abstract (topological) and georeferencedgeoreferenced


Driving forces Driving forces (hydrometeorology) (hydrometeorology) and rainfall-runoff model dataand rainfall-runoff model data

1.1. ALL hydrometeorological time ALL hydrometeorological time series (as in observation nodes)series (as in observation nodes)

1.1. PrecipitationPrecipitation

2.2. TemperatureTemperature

3.3. River flowRiver flow

4.4. Wells (pumping rates), springsWells (pumping rates), springs

Driving forces Driving forces (hydrometeorology) (hydrometeorology) and rainfall-runoff model dataand rainfall-runoff model data

1.1. ALL hydrometeorological time ALL hydrometeorological time series (as in observation nodes)series (as in observation nodes)

1.1. PrecipitationPrecipitation

2.2. TemperatureTemperature

3.3. River flowRiver flow

4.4. Wells (pumping rates), springsWells (pumping rates), springs


Demand data, allocation rulesDemand data, allocation rules

1.1. Demand time series (scenario Demand time series (scenario specific, unit use related; specific, unit use related; specific data requirements for specific data requirements for irrigation water demand model, irrigation water demand model, incl. crops, irrigation incl. crops, irrigation technology), technology),

2.2. Release and allocation dataRelease and allocation data

Demand data, allocation rulesDemand data, allocation rules

1.1. Demand time series (scenario Demand time series (scenario specific, unit use related; specific, unit use related; specific data requirements for specific data requirements for irrigation water demand model, irrigation water demand model, incl. crops, irrigation incl. crops, irrigation technology), technology),

2.2. Release and allocation dataRelease and allocation data


Observation data (calibration)Observation data (calibration)

1.1. River flow measurementsRiver flow measurements

2.2. Actual supply dataActual supply data

3.3. Reservoir storage levelsReservoir storage levels

Observation data (calibration)Observation data (calibration)

1.1. River flow measurementsRiver flow measurements

2.2. Actual supply dataActual supply data

3.3. Reservoir storage levelsReservoir storage levels


Cost functionsCost functions

ANY node may have cost functions ANY node may have cost functions associated; generic data: associated; generic data: discount rate NPV calculations)discount rate NPV calculations)

1.1. SupplySupply costs: costs:1.1. InvestmentInvestment

2.2. Maintenance (OMR)Maintenance (OMR)

2.2. DemandDemand side: benefits/unit water side: benefits/unit water

Cost functionsCost functions

ANY node may have cost functions ANY node may have cost functions associated; generic data: associated; generic data: discount rate NPV calculations)discount rate NPV calculations)

1.1. SupplySupply costs: costs:1.1. InvestmentInvestment

2.2. Maintenance (OMR)Maintenance (OMR)

2.2. DemandDemand side: benefits/unit water side: benefits/unit water

smart inco-med 1 st management board meeting, june 13-15 2003ncrs, beirut waterware data...

Documents

data topography

allocation rulesdemand

gumpoldskirchen slide

administrative boundaries

waterware river basin

surface water

gumpoldskirchen ddr

kurt fedra ess gmbh