اسم المؤلف:
براء محمد ابراهيم
اسم المشرف:
جهاد ذياب محل الجنابي
المستخلص:
شمل البحث دراسة انتشار المخلفات النفطية وهايدروكسيد الامونيوم في مقاطع لاربعة ترب مختلفة النسجة وهي التربة (المزيجية الرملية، المزيجية الغرينية، المزيجية الطينية 1، والمزيجية الطينية 2)؛ اجريت التجربة باستخدام صندوق مصنوع من الخشب الغير منفذ للماء؛ اذ قسم | Research involved studying the spread of oil residues and hydroxide ammonium in excerpts of four soils of different Texture, the soil (sand, gypsum, Loam, and clay); experiment was carried out using a box made of wood and non - port of the water; it was divided into four sections with barriers, wooden supported tin galvanized to ensure that Waste oil spread between the different types of soils, left central Hole made of tin and galvanized perforated and lined with container made of filter paper. Container filled with waste oil and allowed to seep into sections of the four soils through the holes, where waste oil was allowed to spread for 45 days, after which a series of analyzes were conducted to look for oil residue in the soil sections of the experiment. Then added ammonium hydroxide liquid substance in the central Jura and left for 45 days also were conducted after a series of analyzes to determine the changes and the effects on the soil material and components; was also white barley cultivation, After two months of growth, a set of analyzes were conducted Hordeun vulgare Barley and whose scientific name to find out the impact of oil on the chemical characteristics and uptake of heavy metals.Results were recorded the highest prevalence rate of the waste by 218.5 ppm in the Loam soil in depth 15 cm, while the lowest in the clay soil at the depth of 45 cm 44.8 ppm, while in the sandy soil did not happen the spread in the depths of 15 cm and 30 cm; also recorded the highest connectivity Power in the Loam soil 5.37 Micro Smenz / cm and recorded clay soil less connectivity, electric 1.81 Micro Smenz / cm; and when measuring the pH was recorded sandy soil 8.3, while they recorded the soil gypsum 7.5 As for the relative humidity in the soil recorded soil Loam the highest percentage is 93.55% in while the lowest percentage recorded in the soil moisture gypsum 57.90%. Were measured concentration of heavy metals such as cobalt, where the highest concentration in sandy soils 15.40 ppm while the lowest concentration him in the clay soil 7.10 ppm; and cadmium, where the highest concentration in soil gypsum 58.10 ppm in return was the lowest concentration of cadmium 14.60 part million in the clay soil; and when measured the highest concentration of lead found in the soil has Loam reaching 122.80 ppm was the lowest concentration of lead in soil clay 71.90 ppm.Reached the highest value of chlorophyll a and chlorophyll b in plants grown in clay soils (3.21, 2.96) Eq ml / g, respectively, while the highest concentration of phosphorus, chlorine, magnesium, sodium, calcium, and potassium in the soil clay (5.6, 15.9, 2.9, 16.4, 20.1, 46) ppm, respectively;As for the heavy elements (chromium, cobalt, cadmium, lead, and iron) have the highest concentrations in plants grown in soil gypsum, as was (0.98, 0.24, 0.70, 0.31, 14) ppm.While the lowest value for chlorophyll a and chlorophyll b in plants grown in sandy soil (1.62, 1.24) Eq ml / g, while the lowest concentration of elements (phosphorus, chlorine, magnesium, sodium, calcium and potassium) in plants grown in sandy soil reaching (4.2, 4.1, 1.2, 5.9, 1.2, 12.2) ppm, the lowest concentrations of heavy elements were recorded in the sandy soil as well as the (0.03, 0.12, 0.20, 0.20, 8.3) ppm.
