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BMBF-Research Program Integrated Water Resources Management (IWRM) of the Lower Jordan Rift Valley
SMART IWRM at the Lower Jordan River Basin– Reviewing models, results and uptake from large scale integrated water resources researchL. Wolf1,10, A. Subah2, A.Tamimi3, J. Guttman4, J. Bensabat5, R. Mueller6, S.Geyer6, M. Sauter7, H.P. Wolff8, A. Tiehm9, D.Riepl10, W. Ali10, H. Hoetzl10
BMBF Foerderkennzeichen 02WM1079
Funded by
25 partner institutionsImplementation of IWRM requires multidisciplinary information. IWRM must be extremely sensitive to national, political, cultural, and social conditions
Integrated Water Resource
Management at the Lower Jordan River“Sustainable Management
of Available Water Resources with Innovative Technologies in the Lower
Jordan Valley”
Funded by
Israel JordanJericho City (Palestine)**
Year 2010 2020 2050 2010 2015 2025 2010 2020 2050TWW Reuse in Agriculture
MCM/ y 450 570 930 117 165 247 0 0.8 1.2
Inland brackish water desalination
MCM/ y 25 50 70 57 82 82 0 5 15
Seawater desalination
MCM/ y 280 750 750 210 370 0 0 0
Groundwater (renewable) *
MCM/ y 1200 1140 1020 405 380 329 3.5 3 3
Groundwater (non- renewable)**
MCM/ y 40 40 40 74 154 154 0 2 2
Total Demand***
MCM/ y 2000 2440 3050 1315 1407 1652 2.57 3.32 7.19
PopulationMill. Pers. 7.6 9.1 15.6 6.15 6.9 8.5 0.02 0.03 0.06
Funded by
WP1 Project Management
WP6 WaterManagement Tools
WP5 Water Resources Protection
WP4 Water Resources Assessment
WP3 Technologies
‐Wastewater
‐Artificial recharge
‐Brackish water
WP2 Database
WP7 Socio‐Economics
WP8 IWRM Scenarios
WP9 Dissemination & Capacity building
SMART II Workpackage Structure
Funded by
Groundwater recharge in Wadi Arab calculated with different methods Tino Roedinger, Christian Siebert, Stefan Geyer (UFZ)
Funded by
What is your subjective impression on the uncertainty in determining the volume of renewable groundwater resources in the Jordan Valley?
Opinions of stakeholders & researchers participating in the SMART Coordination meeting
Funded by
„Groundwater Vulnerability Map SMART Israel/Palestine, 1:200.000“
Geology Aquifers Soils
Bastian, 2008Data layers: Protective cover of aquifers
Aquifers Soils Recharge
Funded by
High time resolution GW-Monitoring with telemetry in urbanised karst areas (Example Hazzir Spring)
- long term monitoring of improvements in upstream wastewater systems - improving delineation of groundwater protection zones
EC [µS/cm]
NO3 [mg/L]
Q [L/s]
[mg/L]
[L/s]
[µS/cm]
Funded by
Wadi Shueib – Improving process detail for robust predictions wih WEAP & Knowledge structuring
David Riepl – PhD-Student SMART Project
Funded by
Spot location/ Household/Farm
Small natural systems/Village/Town
Wadi/Subcatchment/Metropolis
River Basin/National level
Data generation Data generation Data generation Data generation
Climate stationsRunoff/Flow measurements
Runoff/Flow measurements Water transfer data
Pumping testSedimentation rate monitoring
Infiltration testsWater quality probes Water quality probes
Water quality sampling Water quality sampling Water quality samplingSoil moisture monitoring Geophysical exploration Geophysical explorationSoil water quality Remote Sensing Remote SensingLab column studies GIS GISSBR Reactor Tracer tests
Constructed WetlandSupply & Demand registers
Supply & Demand registers
Supply & Demand registers
MBR Reactor
Water pricing information/Economic statistics
Water pricing information/Economic statistics
Water pricing information/Economic statistics
Recharge weirs Questionaires Interviews Questionaires InterviewsMAR injection well MAR injection well
Data generation in SMART
Funded by
SMART outcomesTransboundary water database Refined groundwater models Improvement of monitoring networksDemonstration of decentralised wastewater treatment technologies Implementation of groundwater protection zones Artificial recharge trialsBrackish gw-desalination Social acceptance Environmental fate of emerging pollutantsDecision support systemsKnowledge management
Funded by
What do you think about the current water prices for different uses?
Agriculture Domestic Business
too low 20 7 14
8 9 9
appropriate 11 12 10
0 6 6
too high 4 9 3
Opinions of stakeholders & researchers participating in the SMART Coordination meeting
Funded by
Dropedia SMART KMS – a wiki with a semantic structure
David Riepl – PhD-Student SMART Project
Funded by
Dropedia SMART IWRM 2.0 Knowledge management software
Support the planning and decision process in a participatory and collaborative frameworkLarge group of people can contribute with minimal technical barrierFlexibly structure water related knowledge by
Conceptual models / Water network schematicsGeographical contextContent hierarchy
Link to Oracle-Databases with hard data and customised queriesGoogle maps link – Data exchange with Water Allocation Models via kmz-files
21.10.2011
See David Riepl et al,IWRM2011
Funded by
Dropedia SMART IWRM 2.0 Knowledge management software
David Riepl – PhD-Student SMART Project
IWRM Analyses: e.g. IWRM Analysis Wadi ShueibEditing in Wiki-Style Functionality
model assumptions
system description
Context information: e.g. Wadi Shueib withpopulation, area, …
See David Riepl et al,IWRM2011
Funded by
More public data & information availability will increase public acceptance of water policy
Funded by
Capacity buildingworkshops with institutional stakeholders on groundwater protection, integrated management & decentralised wastewater treatment solutionsUniversities in the project reason and Germany have now IWRM process knowledge>25 PhD students (most still ongoing). More than 5 are already in senior positions at institutions in the project regiontraining courses for schools with 230 teaching sets employed in Jordan, monitored implementation of the program
Funded by
UptakeSMART Research informed the formulation of National Water StrategiesNew hydrological data & monitoring networks need to gain ownership by the stakeholders.Similar Water Planning and Allocation Models are now used in SMART, GLOWA and local authoritiesSMART is consulted in the formulation of new guidelines (e.g. groundwater protection, wastewater reuse)
Funded by
ConclusionsSMART-IWRM was efficient in promoting innovative technologies/concepts which are not yet sufficiently supported by institutional arrangementsWastewater reuse and groundwater protection remain urgent topics.Academic research as a trusted advisor.Capacity building by the research project was very well recieved.The transboundary exchange and collaboration with experts from Jordan, Israel and Palestine was kept up and is percieved as a major benefit by the local partners
Funded by
Thanks to all participants and funders BMBF Foerderkennzeichen 02WM1079
GermanyKarlsruhe Institute of TechnologyUniversity of GöttingenUniversity of HeidelbergUFZ Environmental Research Cent.DVGW Research Inst. & TZWBDZ Cent. Decentr.Sewage Treatm.ATB Environmental Technic GmbHHans Huber AG, Stulz-Planaqua
IsraelMekorot Co Ltd., Tel AvivTel Aviv UniversityHebrew UniversityBen Gurion UniversityEnvironmental & Water Resources
Engineering, Haifa
JordanMinistry of Water and IrrigationJordan Valley AuthorityJordan University, AmmanAl Balqa Applied UniversityECO Consult
PalestinePalestine Water AuthorityPalestinian Hydrological GroupAl Quds University
Funded by
IWRM Responses
Supply side measures
Seawater desalinationWastewater reuseGroundwater desalinationStormwater harvestingReduction of network losses
Demand side measuresWater tariff structuresEfficient water use in irrigation, industry & households
Environmental protection
Setting environmental targetsReduction of over-utilisationGroundwater protection zonesSurface Water protection zonesImproving WWTP coverage
Capacity building & Awareness raising
Knowledge managementEducation programsDemonstration activities