Saja Subaih Hameed from Department of Soil Sciences and Water Resources successfully defended her Ph.D. work with the title (The Role of Soil Bacteria in the Biodegradation of the Herbicide Pyroxsulam and the Estimation of Its Residues in Soil and Wheat Plants)
The study aimed to isolate and identify bacteria capable of degrading the herbicide in liquid agricultural media and soil, as well as to evaluate enzyme activity following herbicide application. It also investigated the effects of different herbicide concentrations on the levels of available nitrogen in the soil.
The researcher recommended incorporating other commonly used pesticides in Iraqi agriculture into future bioremediation programs, in addition to adhering to recommended application rates to minimize toxic effects on soil microorganisms.

You May Also Like

A Training Session Conducted by the Green Cover Team at the College

College of Agricultural Engineering Sciences Organized a Seminar on Women’s Empowerment

A Master’s Thesis on the Diagnosis of Bacteria Producing Di-Acetyl Defenced by a Student at the College of Agricultural Engineering Sciences

Defending a Master’s Thesis on the Production of Sourdough Bread at the College of Agricultural Engineering Sciences

A Doctoral Dissertation About Some Types of Bacteria Isolated From Soil, Defenced at the College of Agricultural Engineering Sciences

Meeting of the Faculty of Agricultural Engineering Sciences Council

Collaboration Between our College and the Kidney Disease Association

A Doctoral Dissertation on Poultry Meat was Defended in the College of Agricultural Engineering Sciences

College of Agricultural Engineering Sciences Participated in the Date Palm Plantation Conference

College of Agricultural Engineering Sciences Participate in a Solidarity Stand with the Palestinian People

College of Agricultural Engineering Sciences Participates in the Chess Championship

A Seminar at the College of Agricultural Engineering Sciences About Humic Acid and Boron Element in the Soil

Comments are disabled.