OSU College of Agricultural Sciences,  Rangeland Ecology and Management

Rangeland Ecology
  and Management

    Rangeland is a diverse and dynamic set of ecosystems that range from high mountain meadow to lowland deserts. Rangelands produce a wide variety of products including beautiful recreational scenery, sustainable and productive forage, clean and adequate water, and improved wildlife habitat to name a few.
  the Rangeland Ecology and Management degree program provides an opportunity to emphasize areas such as rangeland restoration, habitat, watershed landscape, soils and grazing management.
  Some career opportunities include land managers, scientists, educators, producers and conservationist. Employment is found with federal agencies, state and federal government, private industry and nonprofit conservation organizations.

Curriculum:   The curriculum maintains a balance among course work in ecology science, domestic animal science, wildlife science, botany, and other biological sciences. Many courses also include field trips that provide you with hands-on training and experience.
  Below is a general representation of the course work you're likely to complete as a rangeland ecology and management student. Additionally, you must complete OSU General education requirements, called the Baccalaureate Core. You can obtain specific information regarding curriculum requirements and transfer of credit from an academic advisor in the Agriculture Program at EOU.

Freshman Year
Chemistry
Math through survey of calculus
Introductory forestry

Sophomore Year
Biology
Introductory microeconomics
Technical writing
Rangeland resources
Principles of wildlife conservation
Recreation resources management
Geology
Introductory plant systematics




  FORMS:

  REM Degree Check Sheet
  REM Minor Check Sheet


Junior and Senior Year
Introduction to statistical methods
Animal nutrition
Ecology
Wildland plant identification
Grassland ecosystems
Shrubland ecosystems
Desert watershed management
Soil science
Natural resource economics
Plant physiology
Agrostology
Rangeland improvements and
  restoration ecology
Rangeland analysis
Rangeland animal relations
Rangeland management planning
Complete course work for an option



Natural Resources
   The Natural Resource program features a flexible curriculum through which you explore social and natural-science approaches to solving natural-resources issues. You examine how human use impacts soil, water, forest, or wildlife resources and how social values and politics impact natural-resources policies.
  Graduates of the Natural Resources Program find work with federal, state, and local government agencies charged with Managing natural resources, such as the Bureau of Land Management, U.S. Forest Services, Natural Resource Conservation Service,s and U.S. and State Departments of Agriculture. Graduates also find work with private industries or environmental organizations or continue their education in graduate school.

Curriculum:    Below is a general representation of the course work you're likely to complete as a student in the Natural Resources Program. Additionally, you must complete OSU's general education requirements, called the Baccalaureate Core. You can obtain specific information regarding curriculum requirements and transfer of credit form an academic advisor in the Agriculture Program at EOU

Freshman Year
Mathematics
General biology
Earth science
Elective courses

Sophomore Year
Resource economics and
  resource policy
Natural resources seminar
Breadth requirements
Elective courses

Junior and Senior Year
Atmospheric science
Statistics
Ecology
Water science
Natural resource policy
Decision making
Course work for the option
Elective courses



  FORMS:

  NR Degree Check Sheet
  NR Minor Check Sheet
 

REM Faculty Advisors:

    Larry Larson, Professor & Program Coordinator
        Current research: Rangeland weed ecology, watershed management, monitoring,
        analysis and restoration.

    Ryan Limb, Assistant Professor
        Research interest:   Understanding the effects of natural and anthropogenic
        disturbances on ecosystem patterns and processes.