Economic Botany examines the economic importance of plants and their products. Students will study a wide range of plants that are essential to human life, including food crops, medicinal herbs, fiber plants, and timber. The course covers the cultivation, processing, and commercial use of these plants, as well as their role in different cultures and economies. Case studies and field visits to farms, botanical gardens, and industries will provide real-world insights into the economic value of plants.
Economic Botany
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This course explores the fascinating world of medicinal plants and their applications in natural and ayurvedic medicine. Students will learn about the historical and cultural significance of medicinal plants, the active compounds responsible for their therapeutic effects, and the scientific basis for their use. Topics include plant-based remedies for common ailments, the preparation and administration…
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In this course, students will explore the internal structure of plants at the cellular, tissue, and organ levels. Topics include the study of plant cells, tissues (meristematic, ground, vascular, and dermal tissues), and the anatomy of roots, stems, leaves, and flowers. Emphasis is placed on microscopic techniques and laboratory work, allowing students to observe and…
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This course delves into the physiological processes that govern plant life. Students will study how plants perform essential functions such as photosynthesis, respiration, transpiration, and nutrient uptake. The course also covers plant hormones, signal transduction, and stress physiology. Through lectures, laboratory exercises, and field studies, students will gain an in-depth understanding of how plants adapt…
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This course provides an in-depth study of plant classification and identification. Students will learn the principles of taxonomy, including the use of keys, manuals, and molecular techniques to identify plant species. The course covers the evolutionary relationships among plants, the history of plant classification systems, and current trends in plant systematics. Practical sessions will involve…
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This course covers the principles of plant genetics and the techniques used in plant breeding to improve crop varieties. Students will learn about genetic inheritance, DNA structure and function, gene expression, and genetic variation. The course also explores traditional and modern plant breeding methods, including hybridization, mutation breeding, molecular markers, and genetic engineering. Case studies…