Third Scientific Symposium – 2010

Symposium Date: March 22, 2010

Symposium Slogan:
“Assessment of the Water Situation in Nineveh Governorate”


Preparatory Committee:

  • Asst. Prof. Dr. Nabeel Hameed Al‑Sayegh — Chairperson
  • Asst. Prof. Thair Mahmood Al‑Taiee — Rapporteur
  • Researcher Dr. Ali Mohammed Suleiman — Member
  • Researcher Mohammed Waleed Saeed — Member
  • Researcher Huda Hashim Badr — Member

Symposium Topics:

  • Assessment of surface‑water and groundwater resources
  • Optimal management and policy for water resources
  • Climate change impacts
  • Water pollution and quality evaluation
  • Geotechnical assessments of irrigation projects

Symposium Objectives:

  1. Highlight the overall water situation in Iraq—and Nineveh in particular—amid rising demand across multiple sectors,
  2. Examine water‑policy challenges posed by neighboring countries and recent climate shifts (reduced rainfall, early desertification) that have shrunk Iraq’s agricultural area,
  3. Review research on water‑resource assessment and optimal management approaches,
  4. Focus on developing and investing in water‑resource projects to elevate Nineveh’s water‑management status.

Participating Research Papers:

  1. Hydrological Feasibility of Harvesting Surface Runoff in the Al-‘Ajij Basin (West of Mosul)
    Asst. Prof. Thair M. Al‑Taiee & Eng. Anas M. Mohammed
    Center for Dams & Water Resources Research, University of Mosul
  2. The Tigris, Euphrates, and Their Tributaries: Iraq and Its Riparian Neighbors
    Eng. Tahseen A. Julmiran & Eng. Yusra T. Abdul‑Baqi
    Center for Dams & Water Resources Research, University of Mosul
  3. The Water Status of the Tigris River in Mosul
    Dr. Khalil I. Othman, Dr. Adel A. Bilal & Asst. Prof. Ya’rub I. Suleiman
    Center for Dams & Water Resources Research, University of Mosul
  4. Effect of Rock‑Mechanical Properties on Stress Distribution around the Proposed Sheikh Ibrahim Tunnel (Southern Gezira Project)
    Eng. Izz Al‑Deen S. Al‑Jawadi & Dr. Hadeer G. M. Adeeb
    Center for Dams & Water Resources Research, University of Mosul
  5. Domestic Garden Water Consumption in Mosul
    Eng. Abbas Fadhil
    Dept. of Water Resources Engineering, College of Engineering, University of Mosul
  6. Hydrogeological and Hydrogeochemical Study of the Qosh Plain (Northern Iraq)
    Dr. Qutaiba T. Al‑Yuzbakey & Eng. Youssef Francis
    Center for Dams & Water Resources Research, University of Mosul
  7. Analysis of Drought Periods in Northern Iraq Using the Standardized Precipitation Index (SPI)
    Eng. Anas M. M. Rashid
    Center for Dams & Water Resources Research, University of Mosul
  8. Climate Change and Water Resources Management in Nineveh Governorate
    Dr. Adel A. Bilal & Researcher Huda H. Badr
    Center for Dams & Water Resources Research, University of Mosul

Recommendations:

  1. Expedite execution of the Southern Gezira irrigation project, with active support from Nineveh’s authorities.
  2. Complete construction of the concrete cutoff wall at Mosul Dam to stop under‑foundation seepage; begin full reservoir filling to support power generation and other uses.
  3. Develop western Nineveh’s water resources by studying groundwater for scientific, cost‑effective irrigation—e.g., a dam on Wadi Al‑‘Ajij in Al‑Ba’aj District.
  4. Consider enhancing the Tigris channel through Mosul—from Al‑Rashidiya to beyond the Fourth Bridge—to enable river‑boat navigation and boost tourism.
  5. Involve University of Mosul experts in ministerial negotiations with Syria and Turkey on Tigris water‑sharing.
  6. Reevaluate the proposal for Al‑Qaim Dam on the Khazir River—or divert part of Khazir flows to the Khoser—to improve its ecology.
  7. Explore transferring Mosul Dam’s water via pipelines to southern Iraqi cities.
  8. Enforce sanctions against unauthorized abstractions from the Tigris and Khoser rivers by relevant authorities.
  9. Launch public education and outreach on water conservation, recognizing water as a national asset.
  10. Establish appropriate water‑use tariffs to incentivize efficient consumption.