Introduction to a wide range of biological topics, from the organism, ecology, and evolution to the cell, molecular biology, and genetics. This course is intended for non-Science majors. Co-Requisite: LAB 111

This course will introduce students to the Fisheries & Wildlife Biology curriculum and profession. Topics include the history and future directions of the fish and wildlife profession, specialties within the profession, coursework and training necessary for professional preparation, and opportunities for field experience.

This course is an introduction to the environmental sciences and human impacts on the environment. Emphasis is placed on sustainability in a changing world.

This course will focus on the “Study of Life” at a cellular and physiological level. Basic concepts such as cellular components, cellular physiology, and genetics will be explored.

This course focuses on the “Study of Life” at an evolutionary and ecological perspective. Basic concepts such Darwin’s evolution, conservation, and human impacts and ecological footprint on the planet is explored.

This course will explore the relationships between the structures and functions of the human body. Students will also learn the mechanisms for maintaining homeostasis within the human body. Lab is included in this course.

This is the second of two courses that provide an in-depth introduction to the structure and function of human organ systems. The following systems are examined: endocrine, cardiovascular, lymphatic, immune, respiratory, digestive, urinary, and reproductive. Both gross and microscopic structures are studied.

This course is an introduction to the principles of Ecology, including those that govern survival, growth, distribution, and abundance of organisms. A focus is on the interactions and relationships among populations in ecological communities and ecosystems.

A study of evolution beginning with the origin of life and characterizing biological mechanisms of evolution leading to present biodiversity.

A study of classical genetics, gene structure, and mechanisms of gene expression.

This course covers plant biology and systematics with a focus on variation between selected families and orders of vascular plants. Students are introduced to basic plant structure and function as well as the identification, collection, handling and preservation of specimens.

This course examines the ecological factors that cause fluctuation and regulation of natural populations and emphasizes the utility of

This course explores the biology and zoology of fishes: anatomy, taxonomy, evolution, physiology, behavior, ecology, zoogeography, and conservation. Students will compare aquatic habitats, assess patterns of phylogenetic relationships, ecological relationships of various aquatic environments.

This course explores avian and mammalian biology, including anatomy and physiology, behavior, ecology, evolution and conservation. Hands-on exercises will be integrated with lecture to emphasize taxonomy and identification.

Theory and methods of management of game and non-game populations are studied. Principles of endangered species and invasive species management include case studies of local and regional populations. The focus is on issues of the Northern Plains.

This course will examine the techniques used by managers and researchers when working with wildlife. Topics covered in the course include: study design, radio telemetry, passive monitoring techniques, animal capture and handling, population estimation, and quantifying vegetation and habitat usage.

This course focuses on the physical, chemical, and biological processes in lakes, streams, and wetlands. The physical and chemical aspects of aquatic systems, and aquatic organisms life cycles and adaptations will be analyzed. A major theme of the course will be human impact on aquatic ecosystems.

This course introduces fisheries science and management including the biology, ecology, management, and

This course provides an overview of conservation biology, the scientific method, the biological principles behind conservation techniques and strategies, and the complexities involved in attempting to influence and implement conservation-oriented policies.

This course is an in-depth look into cellular structure and cellular function, organelle physiology, the cell cycle, cellular trafficking, and cellular communication. The focus will be on the internal functioning of eukaryotic and the interaction between cells in a multicellular organism.

This course examines the relationship of the environment to microorganisms within the living (biotic) and nonliving (abiotic) parts of the ecosystems. It provides a survey of the essential ecological roles of microbes in our biosphere and environmental management.

This course provides the theoretical and practical study of conserving biodiversity at the genetic, species, and ecosystem levels. An emphasis is placed on strategies for mitigating multiple, concurrent threats to biodiversity.

This course covers a variety of topics in bat ecology.