Biology
Biology is the fastest-growing field of science today and its impact is carried to many fronts: medicine and health care; the environment and climate change; and global food sources. A degree in Biology can prepare a student for professional schools, such as medical, dental, veterinary and pharmacy. Alternatively, in collaboration with the College of Education, the degree can prepare a student to teach high school biology. Graduates with Biology degrees from UA become physicians, dentists, pharmacists, veterinarians, and university professors, as well as conducting a variety of biological research in firms such as Enviroscience, Battelle Memorial Institute, Ohio EPA, Ohio Nature Conservancy, and Ohio DNR. UA students gain experience in these areas through research opportunities in academic laboratories, internships with local businesses, and with co-ops.
Biology (BIOL)
Prerequisite: BIOL 217. Principles and practice of repairing, improving, and protecting damaged ecosystems. Lectures cover principles, Laboratories provide practical applications (both Indoor and in the Field).
Prerequisite: BIOL 112 with a grade of C- or better. Principles of parasitism; host parasite interactions; important human and veterinary parasitic diseases; and control measures. (Formerly 3100:454)
This class will be a guided exploration of bees and their biology. We will touch on three main topics (Bees in general, Honey Bee biology, and Beekeeping), and investigate areas of those topics that we think are interesting.
In this course, we will explore how biological systems interact with global environmental change through the principles of earth systems, ecology, and evolutionary biology. The first half of the course will review earth’s climate systems and elemental, energy, and water cycles, and how each impacts and is impacted by climate change. The second half of the course will build on this foundational knowledge to examine the influence of climate and other global environmental changes on biological systems, including emphasis on biodiversity, ecosystem functions, species responses to change, and human wellbeing. Throughout the course we will explore climate policy and legislation, and will engage with primary literature and long-term datasets throughout the semester. The course will conclude with student presentation and evaluation of solutions for mitigating global change, restoring ecosystem functions, and promoting a sustainable future
Help us reimagine what a natural history museum on campus might look like. With guidance from a professional collections assessment conducted in the fall of 2024, students will learn about the importance of biological and geological collections for research, education, and outreach. We will design a space where collections could be displayed for classes and used by members of the campus community and public for research.