Upon completion of this course sequence, conservation/pre-foresty students will receive an associate in science degree.
This program follows Math Pathway #4. Math requirements for a specific major may vary from one institution to another. Please consult with an academic counselor or academic advisor to confirm the pathway that is applicable to your major and transfer institution.
Students will study the writing process by reading essays illustrating a variety of rhetorical strategies, analyzing texts, and writing, revising, and editing short essays. Course is for students who have assessed into developmental English, receiving supplemental instruction for course completion.
Students will study the writing process by reading essays that illustrate a variety of rhetorical strategies, analyzing writing tasks and texts, and writing, revising, and editing short essays.
Review of the real number system, radicals, equations, and exponents, relations and functions, logarithms, complex numbers, polynomials, and theory of equations. A graphing calculator is required. A graphing calculator is required. Ask instructor for calculator recommendation.
Focuses on the nature and method of economics, basic supply and demand analysis, national income accounting, business cycles, inflation and unemployment, fiscal policy, money and banking, and monetary policy.
An introduction to the basic concepts of animal life and its diversity. Including: taxonomy, cellular and organismic structure and function, development and economic importance.
Focuses on free enterprise and the economic functions of government, advanced supply and demand analysis, pricing in competitive/non-competitive markets, and pricing in resource markets.
A survey of the musical forms and styles in the United States from the music of the early colonists to the popular music of today. Musical forms and styles are considered in their cultural context.
Focuses on the fundamental principles and methods of selection, analyzing, organizing, developing and communicating information, evidence, and points of view to audiences.
A survey of the plant kingdom with emphasis on evolutionary advancements and the structure and function of plants and their economical and human relevance. An introduction to bacteria, viruses, protists and fungi is included in this course.
An introduction to the principles of genetics with emphasis on human heredity. Included are Mendelian genetics, hereditary disorders, gene expression, genetic engineering and population genetics.
Application of the basics in the physical, chemical, and biological aspects in soils. Soils of Illinois and Indiana are emphasized along with concepts of fertility, conservation, and field descriptions.
Application of elementary principles of descriptive statistics including frequency distribution, graphical presentation, measures of center, location and variation. Elements of probability, sampling techniques, binomial and normal distribution, correlation/regression and hypothesis testing. Graphing calculator and Excel required. Intended for students that don't assess directly into MAT-125 Statistics. Includes supplemental instruction lab.
Application of elementary principles of descriptive statistics including frequency distribution, graphical presentation, measures of center, location and variation. Elements of probability, sampling techniques, binomial and normal distribution, correlation/regression and hypothesis testing. Graphing calculator and Excel required.
Laboratory and field course. An in-depth study of North American vertebrates with emphasis on Illinois species. Includes taxonomy, distribution, habitats, adaptation, and economic importance.
This course examines the principles that govern natural environments and human interconnections to them. Some topics include resource use, pollution, sustainability, energy, water, food, ecology, evolution, climate change, and population. Laboratory exercises include outdoor field studies and indoor hands-on exercises.
Introduction to basic Geographic Information Systems (GIS) concepts, using the ArcView GIS software program. Course will focus on developing both a theoretical background in the technology and real-world applications using GIS techniques like coordinate systems, map projections, symbology/data classification, spatial analysis and map layouts (cartography).