This course is an introduction to the
science of plant evolution and systematics. Systematics is the theory
and practice of recognizing species, inferring evolutionary history,
and arranging species into nested groups based on inferred evolutionary
history, so that the hierarchy of classification reflects evolutionary
descent. Classifications are thus used to organize and retrieve
information about plant evolution. Systematics is an interdisciplinary
field that brings together knowledge, methods, and techniques of many
different sciences and disciplines including morphology, ecology,
geography, geology, evolutionary biology, molecular biology, chemistry,
cartography, computer science, and information management technology.
The mission of systematics is threefold: 1)
to discover and document plant biodiversity through biological survey
and inventory; 2) to understand biological diversity through analysis
of phylogenetic relationships among lineages, and to invent
hierarchical classification systems that reflect phylogeny; and 3) to
manage information and knowledge about biodiversity, including assembly
of knowledge into efficient databases, information networks,
publications, and information distribution systems.
This course aims to provide a solid
foundation of the knowledge and skills needed for advanced study in
biodiversity sciences.
Major learning objectives of the
course include:
~ applying knowledge of
evolutionary theory to an understanding of the genesis of plant
biodiversity
~ developing knowledge and skill with basic
methods of phylogenetic inference
~ expanding knowledge of basic plant
morphology, ecology, and life cycles
~ developing familiarity with modern
classification systems
~ acquiring proficiency in reading and
interpreting the scientific literature of plant evolution and
systematics
Join us as we explore
the science of plant evolution and the practice of plant
systematics.
