PROJECT
Establish Gauging Stations for Water
PROJECT CODE OTH-029
Longº Latº
Start: 2015
Duration: 3
Rehabilitation start year:
Rehabilitation end year:
Reclamation start year:
Reclamation end year:
Is OpportunityIs EmergencyIs ApportenantIs CandidateIs ObsoleteChecked
Project Cost (USD): $15,750,000
Partial Project Cost (USD)
REH off border irrigation (USD):
RECL off border irrigation (USD):
REH off border drainage (USD):
RECL off border drainage (USD):
REH off farm irrigation (USD):
RECL off farm irrigation (USD):
REH off farm drainage (USD):
RECL off farm drainage (USD):
REH off farm other (USD):
RECL off farm other (USD):
REH on farm irrigation (USD):
RECL on farm irrigation (USD):
REH on farm drainage (USD):
RECL on farm drainage (USD):
REH on farm other (USD):
RECL on farm other (USD):
Project Cost (USD): $15,750,000
Governorate: IRAQ
River: Tigris-Euphrates
Location:
Category: Others
Sub category: Capacity Building
Sector: Current and future water allocation for each irrigation project;
Type: Databases
Opportunity type:
Source:
Source of fund: MoWR
Original source: PMO
Implementing agency: MoWR
Status:
Description
Needs
Establish a gauging and meteorological network. No equipment exists to provide river or reservoir stage information in Iraq. Iraq has a very complex system of barrages, regulators, pump stations, canals and irrigation systems that require specific flows to operate properly. Many of these systems are in rural nonpopulated regions. Solar/battery powered gage stations with satellite transmitting capabilities are required for most of the region. It is estimated that nearly 100 stream and precipitation capable stations are needed. Approximately 20 full met stations with water quality sampling capability are needed. Additional information needed includes temperature, evaporation, snow melt, snow pack and radiation. A team of experts from the US will be in Iraq in Feb to March time range to determine the specific needs for forecasting and operation of the system.
Objective
The computer simulation model that is currently being developed will only be as good sa the input information. Real time information from the field is essential to accurately depict the current condition from which operation alternatives are determined.
