Ibrahim Ali Ibrahim from Department  of Plant Protection successfully defended his Ph.D. work with the title (Evaluating the Efficiency of Different Methods for Preserving Biocontrol Bacteria Against the Causal Agent of Cucumber Root Rot)
The study aimed to identify environmentally friendly biocontrol agents with characteristics comparable to bio-pesticides for managing root rot disease, as well as diagnosing these agents and integrating them into plant disease management programs.
The researcher recommended conducting further studies on these bacteria for their potential use against other plant pathogens, in addition to exploring new isolates of biocontrol bacteria from the rhizosphere, diagnosing them, and incorporating them
 

You May Also Like

A Training Workshop on Addiction Organized by the College of Agricultural Engineering Sciences

An International Scientific Symposium on Zeolites Organized by the College of Agricultural Engineering Sciences

Master’s Thesis about Achieving Competitive Advantage for Dairy Products was Defended at the College of Agricultural Engineering Sciences

Authoring a Scientific Book in the College of Agricultural Engineering Sciences

A Workshop on Electronic Extortion Organized by the College of Agricultural Engineering Sciences

A Workshop on University Curricula and their Importance in Shaping and Developing Leadership Skills was Organized by the College of Agricultural Engineering Sciences

Rehabilitation Campaign in the Department of Animal Production

A Seminar Organized by the College of Agricultural Engineering Sciences.

Participation of the College of Agricultural Engineering Sciences in the Activities of the Arabic Calligraphy and Decoration Exhibition

University of Baghdad Achieves Top Spot Locally and 21st Regionally in Arab University Rankings 2023

Field Visit for Fourth-Year Students’ Experiments

The Relationship Between Agricultural and Commercial Development: A Doctoral Dissertation Defended at the College of Agricultural Engineering Sciences

Comments are disabled.