Assist. Lecturer Marwa A. Aldulaimy, a graduate from the Department of Geology, currently enriches the same department with her expertise as a faculty member. Her scholarly pursuits in water resource management, water pollution, and climate change are encapsulated in her impactful publications, including ‘Assessment of soil pollution in the Ishaqi project area-Salah Al-Dean Governorate, Iraq’ and ‘Climatic water balance for Ishaqi area, Salah Al-dean governorate, Iraq.’ These works underscore her commitment to environmental science and her role in advancing the understanding of ecological challenges in Iraq.
Master in Geology, College of Science, University of Baghdad. Baghdad, Iraq.
Assist Lecturer in Department of Geology
Water Resource, Water Pollution, Climate Change.
Water Resource, Water Pollution, Climate Change.
Water Resource, Water Pollution, Climate Change.
Ten soil samples were collected from Ishaqi project area, Salah Al-Dean Governorate, and analysed for chemical elements (Fe2O3, Al2O3, CaO, K2O Na2O, Co, Zn, Cu, and Pb) to detect the pollution in the study soil using the indices of geo-accumulation (I-geo), contamination factor (CF), and pollution load index (PLI), The results of I-geo indicate that the soil of Ishaqi project area is unpolluted with Pb, Co and slightly polluted with Zn and Cu. The results of CF for Zn, Cu, and Co showed class 2 of moderate contamination and class 1 of low contamination in some samples while those for Pb demonstrated class 1 –of low contamination. The Pollution Load Index (PLI) values for Co, Zn, Cu, and Pb showed cla
... Show More
(10)
In any natural area or water body, evapotranspiration is one of the main outcomes in the water balance equation. It is also a crucial component of the hydrologic cycle and considers as the main requirement in the planning and designing of any irrigation project. The climatic parameters for the Ishaqi area are calculated from the available date of Samarra and Al-Khlais meteorological stations according to a method for the period (1982–2017) according to Fetter method. The results of the mean of rainfall, relative humidity temperature, evaporation, sunshine, and wind speed of the Ishaqi area are 171.96 mm, 49.67%, 24.86 C°, 1733.61 mm, 8.34 h/day, and 2.3 m/sec, respectively. Values of Potential Evapotranspiration are determined by
... Show More