Courses for Fall 2019
Curation of Collections (BIO 4813/5813) - Odd Fall Semesters
This course teaches current, appropriate museum-quality specimen curation for a range of taxa including the collection and preservation of specimens of vascular plants, fungi, mussels, fish, reptiles and amphibians, and mammals. Elements of curation that will be addressed include appropriately collecting and labeling specimens, protecting specimens for long-term preservation, appropriate databasing of collections, and making data available to the scientific community and the public.
Biology of Plants Laboratory (BIO 1501)
This laboratory is intended to complement the companion lecture course BIO 1503 - Biology of Plants. The laboratory course provides observational and hands-on experiences (using microscopes and other lab equipment) in plant biology to assist students in identifying the form, structure, function, and reproduction of plants.
Corylus americana, the American hazelnut on Crowley's Ridge.
Dendrology (BIO 4714/5714) - Even Fall Semesters
Dendrology is a study of the systematics, nomenclature, morphology, phenology, geographic range, and natural history of woody plants with an emphasis on field recognition throughout the year.
Natural History Collections Research Design (BIO 4823/5823) - Even Spring Semesters
This split-level course teaches evaluation and development of research questions using current, peer-reviewed literature as a basis for discussion supported by natural history specimens and data. Research topics include taxonomy, biogeography, ecology, and global change biology. Activities demonstrate hypothesis testing in biodiversity science.
Plant Systematics (BIO 4704/5704) - Every Spring Semester
This split-level course is a study of the systematics, nomenclature, morphology, and identification terminology for vascular plants with an emphasis on dichotomous key-based identification of flowering plants of Arkansas.
Plant Systematics Spring 2016 field trip to the Buffalo National River.
Previously taught courses
Biology of Plants (BIO 1503)
Biology of Plants is a comprehensive survey of 1) the form and function of plant cells, 2) mechanisms plants employ to obtain and use energy, 3) plant genetics and evolution, 4) the diversity of life (excluding animals), 5) physiology of seed plants, and 6) plant ecology.
Environmental Science Topical Seminar - Georeferencing (ESCI 7121)
This particular course focused on georeferencing involves determining accurately and precisely the geographic locations of natural history specimen collections to apply to a wide variety of ecological and environmental research topics.
Special Topics: Community Ecology and Phylogenetics (BIO 404V/504V)
Topics covered in this course included patterns of biodiversity, community assembly theory, interspecific competition, other species interactions, modern coexistence theory, evolutionary community ecology, and principles and critiques of community phylogenetics.
Special Topics: Curation of Collections (BIO 404V/504V)
This special topics course is focused on current, appropriate museum-quality specimen curation for a range of taxa. Topics covered include the collection and preservation of specimens of algae, vascular plants, insects, mussels, fish, reptiles and amphibians, and mammals. Elements of curation that will be addressed include appropriately collecting and labeling specimens, protecting specimens for long-term preservation, appropriate databasing of collections, and making data available to the scientific community and the public.
Plant Physiology (BIO 4513/5513)
This split-level course covers general principles of conduction, cellular reactions, respiration, growth, photosynthesis, movement, hormones, and metabolism in plants.
Evolutionary Biology (BIO 6013)
This graduate course is aimed at improving graduate student knowledge of advanced topics in evolutionary biology. This is a discussion-based course in which discussion leaders present an overview of a topic, and then lead discussion of a relevant literature contribution (chosen by the instructor).
Mechanisms of Speciation (BIO 6503)
This is an advanced graduate course that explores the mechanisms by which new species evolve and the role speciation plays in determining patterns of biodiversity.
2010 Speciation students upon return from their end-of-semester retreat to the Harp Environmental Research Station where they delivered their final presentations.
Global Change Biology (BIO 6513)
Global Change Biology is an advanced graduate course evaluating anthropogenic global changes and the ecological and evolutionary impacts they cause. This course covers climate change, land use change, and species invasions as the largest factors involved in losses of and changes in distributions of Earth’s biodiversity.