The Department of Biology Discusses a Master’s Thesis on a Chemical Phenotypic Study to Distinguish Between the Two Types of Yellow and Brown Candlesticks in the Holy City of Karbala
The Department of Biology Discusses a Master’s Thesis on a Chemical Phenotypic Study to Distinguish Between the Two Types of Yellow and Brown Candlesticks in the Holy City of Karbala
Master Thesis Discussion
The Department of Biology at the College of Education for Pure Sciences / University of Karbala discusses a master’s thesis entitled (A phenotypic-accurate and chemical study of the distinction between the two species Senna alata and the brown candlestick Senna didymobotrya of the Fabaceae family in the holy province of Karbala) for the student (Waitar Ali Fazaa Abdul Hassan Al-Khafaji) and supervised by (Prof. Dr. Nibal Amtir Trad Al-Karawi). The aim of the thesis was to study the characteristics of the epidermis of the leaflets, sepals, sepals, and corolla, and to emphasize the stomata complexes, to study the nature of the surface covering of the different plant parts, and to study the precise phenotypic characteristics of the surface of the epidermis of leaflets, sepals, sepals, corolla, and sepals, using a scanning electron microscope (SEM).
The Department of Biology Discusses a Master’s Thesis on a Chemical Phenotypic Study to Distinguish Between the Two Types of Yellow and Brown Candlesticks in the Holy City of Karbala
The Department of Biology at the College of Education for Pure Sciences / University of Karbala discusses a master’s thesis entitled (A phenotypic-accurate and chemical study of the distinction between the two species Senna alata and the brown candlestick Senna didymobotrya of the Fabaceae family in the holy province of Karbala) for the student (Waitar Ali Fazaa Abdul Hassan Al-Khafaji) and supervised by (Prof. Dr. Nibal Amtir Trad Al-Karawi). The aim of the thesis was to study the characteristics of the epidermis of the leaflets, sepals, sepals, and corolla, and to emphasize the stomata complexes, to study the nature of the surface covering of the different plant parts, and to study the precise phenotypic characteristics of the surface of the epidermis of leaflets, sepals, sepals, corolla, and sepals, using a scanning electron microscope (SEM).
