Iraq's water crisis represents one of the most pressing environmental and socioeconomic challenges facing the country today. This study examines the evolution of water resource problems in Iraq through a comprehensive historical comparison between the pre-2003 period under Saddam Hussein's regime and the post-2003 era following the U.S.-led invasion and subsequent political transformation. The research employs a mixed-method approach, analyzing quantitative data on water flow rates, infrastructure development, and qualitative assessments of policy impacts across both periods. Key findings reveal that while the pre-2003 period was characterized by deliberate environmental destruction, particularly the draining of the Mesopotamian Marshes, and limited upstream dam construction, the post-2003 era has witnessed unprecedented challenges including accelerated upstream damming by neighboring countries, climate change impacts, and institutional fragmentation. Iraq is facing a complex water crisis that is expected to persist. Intake from the Tigris and Euphrates rivers – Iraq's two main sources of water – is decreasing at an unprecedented rate, due to the construction of upstream dams and a prolonged drought. The study demonstrates that current water availability has decreased by approximately 60% compared to historical averages, with the Euphrates experiencing a 73% reduction and the Tigris a 29% reduction during recent drought periods. This research contributes to the understanding of how political transitions, regional geopolitics, and environmental factors interact to shape water security outcomes in post-conflict societies.
The Environmental Management System (EMS) is an important foundation for effective control of the organization's outstanding environmental performance. It applies standards for substantive review and provides a structure and a way to apply it in all aspects of th