Plant Systematics is the study of plant diversity. This course provides an introduction to the principles and practice of botanical systematics. Plant Systematics introduces the principles and methods of identifying, naming and classifying flowering plants. It includes a survey of selected flowering plant families and provides information on their interrelationships. Through the lectures are readings you will learns: ① How plant systematists discover, describe and classify plant diversity, including ICN (International Code of Nomenclature), ② The major features and evolutionary origins of vascular plants, and their phylogenetic analysis, ③ The analysis and experimental tools (e.g., evidence/disciplines of plant systematics) used to understand the plant diversity.
* How plant systematists discover, describe and classify plant diversity, including ICN (International Code of Nomenclature)
* The major features and evolutionary origins of vascular plants, and their phylogenetic analysis.
* The analysis and experimental tools (e.g., evidence/disciplines of plant systematics) used to understand the plant diversity.
* How plant systematists discover, describe and classify plant diversity, including ICN (International Code of Nomenclature)
* The major features and evolutionary origins of vascular plants, and their phylogenetic analysis.
* The analysis and experimental tools (e.g., evidence/disciplines of plant systematics) used to understand the plant diversity.
 연구분야소개 |
 자연(식물, 식물 vs. 동물/곤충) 현상과 진화(Evolution)의 유형(Pattern)과 단계(Process): Sexual Systems/Breeding Systems자연 생태계의 보전(Conservation)과 식물 종다양성 (Plant Diversity)현화식물(Flowering plants)의 계통분류를 위한 화분학, 해부학, 형태학적, 미세구조학적인 형질(전자현미경 활용: SEM, TEM)에 관한 연구자연계/생태계에 분포하는 식물에 관한 지식을 넓히고, 이를 인간생활에 유용하게 적용(Economic Botany) |