Students that take Botany as a major subject must include CHE1501, 1502, 1503, an essential component of Biological sciences, in their curriculum and pass it together with all the other requirements set for the degree before he/she can qualify for the completion of the BSc degree. The degree will not be conferred before the abovementioned Chemistry requirements are met.
Botany Major Combination
NQF Level: 5: BOT1501, BOT1502, BOT1603, CHE1501, CHE1502, CHE1503, EUP1501, STA1510
NQF Level: 6: BOT2601, BOT2602, BOT2603, BOT2604
NQF Level: 7: BOT3701, BOT3702, BOT3703, BOT3704
Plant Anatomy, Structure and Function – BOT2601
Under Graduate Degree
Semester module
NQF level: 6
Credits: 12
Module presented in English
Co-requisite: BOT1501 (or XOT1501)
Purpose: To enable students to gain insight into the anatomy of vascular plants.
Systematics of Vascular Plants – BOT2602
Under Graduate Degree
Semester module
NQF level: 6
Credits: 12
Module presented in English
Co-requisite: BOT1502 (or XOT1502)
Purpose: To enable students to acquire knowledge and competencies underpinning plant biodiversity and plant systematics. In addition a basic knowledge of research methodologies together with writing and reporting skills is required.
Plant Physiology, Water Relations and Plant Nutrition – BOT2603
Under Graduate Degree
Semester module
NQF level: 6
Credits: 12
Module presented in English
Co-requisite: BOT1501 (or XOT1501)
Purpose: To enable students to gain insight into plantwater relations, mineral nutrition and phloem transport.
Botany II (Practical) – BOT2604
Under Graduate Degree
Year module
NQF level: 6
Credits: 12
Module presented in English
Pre-requisite: BOT1603 & (CHE1501 (or XHE1501) or CHE1502 (or XHE1502)
Co-requisite: Any two of the following: BOT2601, BOT2602, BOT2603
Purpose: To enable students to understand the principles of botany investigations and to have practical experience of selected laboratory techniques.
Purpose: Students registering for this module will be introduced to the history of herbal medicines, the economic viability of, and issues impacting on the use of herbal medicines.
Plant Physiology – BOT3701
Under Graduate Degree
Semester module
NQF level: 7
Credits: 12
Module presented in English
Pre-requisite: BOT2603
Purpose: To enable students to gain insight into enzymology, photochemical processes, carbon metabolism, environmental implications, respiratory metabolism, nitrogen metabolism, hormones and growth regulators.
Aquatic Ecology – BOT3702
Under Graduate Degree
Semester module
NQF level: 7
Credits: 12
Module presented in English
Purpose: To enable students to gain insight into the ecology of aquatic plants; aquatic ecosystems; environmental variables and monitoring techniques; data processing; sustainable use.
Terrestrial Ecology – BOT3703
Under Graduate Degree
Semester module
NQF level: 7
Credits: 12
Module presented in English
Purpose: To enable students to gain insight into the ecology of terrestrial plants, terrestrial ecosystems, vegetation dynamics, survey techniques, data processing, sustainable use, biomes and vegetation types.
Botany III (Practical) – BOT3704
Under Graduate Degree
Year module
NQF level: 7
Credits: 12
Module presented in English,Afrikaans
Pre-requisite: BOT2604
Co-requisite: Any two of the following: BOT3701, BOT3702, BOT3703
Purpose: This module form part of the degree Bachelor of Science in Life Sciences. Upon completion of the module students will have done hands-on work and applied theory mastered in modules BOT3701, BOT3702 and BOT3703, which are closely linked to this module. They will have to demonstrate and apply insight into enzymology, photochemical processes, carbon, nitrogen and respiratory metabolism, plant hormones and environmental implications. Basic knowledge of the ecology of aquatic and terrestrial plants and ecosystems as well as environmental variables, survey and monitoring techniques, data processing and sustainable use must be demonstrated.
Medicinal Plant Use – BOT4801
Honours
NQF level: 8
Credits: 24
Module presented in English
Module presented online
Purpose: To identify common South African medicinal plants; analyse the different parts of plants used in traditional medicine; medicinal uses; major chemical constituents and rationale for their uses; explain the importance of conservation of medicinal plants. Analyse the storage of plant parts; apply chromatographic techniques to identify main chemical compounds found in medicinal plants.
Advanced Plant Taxonomy and Nomenclature – BOT4802
Honours
NQF level: 8
Credits: 24
Module presented in English
Module presented online
Purpose: To perform a critical review of the different methods and approaches of plant classification and their principles, interpret and apply the rules of plant nomenclature and typification, as delineated in the International Code of Botanical Nomenclature, evaluate the various sources of taxonomic evidence used in plant classification, to develop the competence required to correctly identify and classify both known and unknown plant species, indigenous and exotic plant species and their families.
Plant Structure: Cytology, Morphology and Anatomy – BOT1501
Under Graduate Degree
Semester module
NQF level: 5
Credits: 12
Module presented in English
Purpose: To enable students to gain insight into Botany as a science; basic laboratory procedures, processes and techniques; prokaryotic and eukaryotic cells; primary and secondary cells and tissues; tissues in normal and modified plant organs, life cycles of plants; role of plants in sustaining life on earth.
Research Project (Botany) – BOT4803
Honours
NQF level: 8
Credits: 36
Module presented in English
Module presented online
Purpose: The fundamentals of research, with the final outcome being the completion of a research project. Thus, within a selected research topic, students conduct a research project, use appropriate basic methodologies, complete the research and prepare and submit a research portfolio.
Plant Biodiversity and Environmental Botany – BOT1502
Under Graduate Degree
Semester module
NQF level: 5
Credits: 12
Module presented in English
Purpose: To enable students to gain insights into the study of the evolution of plants, basic classification, prokaryotes, algae, bryophytes, seedless vascular plants, gymnosperms, ecology and the biosphere, ecosystem dynamics, conservation biology and environmental problems.
Advanced Plant Taxonomy and Nomenclature – LSH4809
Year module
NQF level: 8
Credits: 24
Module presented in
Module presented online
Purpose: This module forms part of the Bachelor of Science Honours in Life Sciences with Botany stream. Students who complete this module will be able to examine, identify and describe the phylogenetic related of plants and demonstrate an in-depth knowledge of plant systematics and taxonomy. These students will add to the skills base of the graduates who will find employment either in the government service or in the private sector.
Purpose: To enable students to gain insight into Botany as a science; basic laboratory procedures, processes and techniques; prokaryotic and eukaryotic cells; primary and secondary cells and tissues; tissues in normal and modified plant organs, life cycles of plants; role of plants in sustaining life on earth.
Plant Biodiversity and Environmental Botany (Extended) – XOT1502
Under Graduate Degree
Year module
NQF level: 5
Credits: 12
Module presented in English
Pre-requisite: XOT1501
Purpose: To enable students to gain insights into the study of the evolution of plants, basic classification, prokaryotes, algae, bryophytes, seedless vascular plants, gymnosperms, ecology and the biosphere, ecosystem dynamics, conservation biology and environmental problems.
Botany I (Practical) – BOT1603
Under Graduate Degree
Year module
NQF level: 6
Credits: 12
Module presented in English
Co-requisite: BOT1501 (or XOT1501) or BOT1502 (or XOT1502)
Purpose: To enable students to understand the principles of botany investigations and to have practical experience of selected laboratory techniques.