Administered by the Department of Natural Resource Ecology and Management.
The forestry curriculum offers courses dealing with the management of forest ecosystems for multiple benefits including biodiversity, recreation, water, wilderness, wildlife, and wood and fiber. Conservation and preservation of natural resources are emphasized. The department offers work for the Bachelor of Science degree with a major in forestry and options in forest ecosystem management, interpretation of natural resources, urban and community forestry, or natural resource conservation and restoration. Students select at least one of these options, all of which lead to a professional degree in forestry (Bachelor of Science). The forestry major has been accredited by the Society of American Foresters (SAF) since 1935. The Council for Higher Education Accreditation recognizes SAF as the specialized accrediting body for forestry education in the United States. The primary goal of the undergraduate curriculum in forestry is to educate foresters to be capable of scientifically managing the nation’s forest lands and related ecosystems - private and public.
Graduates understand and can apply scientific principles associated with forests, forest ecosystem management, and wood and non-wood products. Graduates are able to communicate effectively and work well in teams. They are capable of preparing and delivering effective oral and written communication of scientific and technical decisions to professional and lay audiences. They are proficient in technical skills such as measurements, computer usage, inventory, economic analysis, data and situation analysis, and ecosystem assessment. They recognize the importance of ethics in forestry and are sensitive to cultural diversity and broad environmental concerns.
Graduates of the forest ecosystem management option are skilled at understanding how forests function and how forests can be managed to produce desired goods (wood, fiber, recreation, wildlife habitat) and services (clean water, carbon sequestration, wilderness) in the long run. They are skilled at interpretation of interactions and effects of abiotic and biotic factors in forests and quantification of bio-physical, social, and economic outputs from forest ecosystems. They are skilled at complex decision-making involving private and public forest resources where ethical, legal, social, economic, and ecological dimensions are explicitly considered.
Graduates of the interpretation of natural resources option are skilled at communicating with the public about the values associated with forest ecosystems and providing educational programs for all ages.
Graduates of the urban and community forestry option are able to combine biological, social, legal, and economic expertise to effectively manage trees or forests in an urban setting. They are skilled at decision-making related to site assessment, and long-term management of urban trees and forests to achieve multiple goals.
Graduates of the natural resource conservation and restoration option are skilled at assessing the natural functions of the environment and human impacts. They are skilled at interpretation of forest and other natural environments and making decisions relating to their conservation and preservation.
In consultation with their advisor, students can select elective courses related to the forest ecosystem management option to emphasize forest ecology; wildlife, wilderness, and recreation management; water quality and erosion protection; quantitative-analytical techniques; business and marketing; and other areas related to natural resource management. Elective courses in the urban and community forestry option can be selected to emphasize plant health, policy and planning, ecology, hydrology, sociology, business administration, or horticulture/design. Elective courses related to the natural resource conservation and restoration option can be selected to emphasize, ecology, wildlife, recreation, nature interpretation, landscape design, sociology and ethics of conservation and preservation. Elective courses in the interpretation of natural resources option can be selected to emphasize natural history, animal ecology, and environmental education.
Many private firms as well as national, regional, state, and local agencies seek forestry graduates to fill positions in management of natural resources for commodity and non-commodity multiple benefits. Graduates in forestry are prepared to be involved with evolving forestry systems, such as agroforestry and urban forestry. Wood processing industries, such as composite products, plywood, particle board, lumber, and pulp and paper offer professional opportunities in fiber procurement and marketing.
With advanced graduate study, the range of professional job opportunities for a person with a B.S. in forestry is expanded. Opportunities include research and education as well as more specialized managerial and administrative positions with private firms and public agencies.
During fall semester of the second year of study (sophomore year, typically), forestry students are required to enroll in the department’s integrated forestry modules consisting of:
| FOR 2010 | Forest Biology | 2 |
| FOR 2020 | Sustainable Materials: Wood Utilization | 2 |
| FOR 2030 | Resource Measurements/Evaluation | 2 |
| FOR 2040 | Forest Ecosystem Decision-Making | 2 |
| FOR 2050 | Integrated Forestry Laboratory | 3 |
| FOR 2060 | Fall Forestry Camp | 4 |
That semester, consisting entirely of forestry coursework, is designed to give students an early understanding of the many aspects of forestry and how they are interrelated. In addition to work in the classroom, students will spend time in laboratory and field work each week. A 3-week off-campus fall camp during the semester will reinforce concepts learned both in the classroom and during laboratory/field sessions. Transfer students should check with the department for counsel on timing their completion of the integrated forestry modules.
Student Learning Outcomes
Upon graduation, students should be able to:
1. Identify, explain and critically evaluate their own beliefs, values and actions in relation to professional and societal standards of ethics.
For any given situation, graduates identify, critically evaluate, and state their own beliefs and values as they relate to professional and societal ethical standards, for any given situation. They elaborate on how those values and beliefs impact their actions, and they explain which specific canons or principles of a professional code of ethics are applicable to a particular situation.
2. Anticipate, analyze and evaluate natural resource issues and opportunities, explaining the ecological, economic, and social consequences of natural resource actions at various scales and over time.
In the case of existing natural resource issues, graduates explain the ecological, economic, and social consequences that reasonably could be expected to occur as the result of actions taken to address the issue. The explanation includes considerations of the geographic area influenced by the issue as well as the time frame over which the consequences can be expected to occur. In the case of evolving circumstances, graduates predict natural resource issues that may arise as a result of the circumstances and explain the ecological, economic and social consequences of those issues.
3. Actively seek the input and perspectives of diverse stakeholders regarding natural resource problems and issues.
Graduates identify the comprehensive list of individuals or groups who may be impacted by particular natural resource problems and issues. They are well versed in techniques for seeking and incorporating input and perspectives from those people, and they incorporate those inputs and perspectives into the decision-making process.
4. Assess, analyze, synthesize, and evaluate information fairly and objectively.
Not all information is equally sound or applicable in a particular situation. Graduates evaluate the validity and importance of information obtained from any source. Once evaluated, they use the information appropriately in the solution of natural resource problems.
5. Work effectively, both individually and with others, on complex, value-laden natural resource problems that require holistic problem-solving approaches.
Effective solution of natural resource problems often involves input from diverse constituencies with diverse value scales. When working individually, graduates incorporate those values into the solution of problems. Graduates work effectively with diverse individuals and groups to reach consensus on problem solutions.
6. Formulate and evaluate alternative solutions to complex problems and recommend and defend best alternatives.
The natural resource base with which we deal is capable of providing numerous goods and services to numerous publics. Graduates formulate multiple alternatives, as well as action plans, to achieve stakeholder objectives. They evaluate each of the feasible alternatives in terms of biological possibility, economic feasibility and social acceptability. They recommend best alternatives based on the stakeholders’ objectives, and they justify their recommendations on the basis of sound science.
7. Communicate clearly and effectively with all audiences using appropriate oral, visual, electronic, and written techniques.
Graduates utilize the best form, or forms, of communication for effectively conveying information to, or seeking input from, a particular audience. They are proficient in all forms of communication and adjust their style or technique of communication to suit different audiences.
8. Recognize and interpret resource problems and opportunities across spatial scales from local to global.
Graduates recognize where resource problems and opportunities can or could exist, and they evaluate and interpret these for others. They, evaluate and interpret for individual landowners at a very local scale as well as for problems that span multiple ownerships, regions and ecosystems.
9. Appreciate cultural diversity and understand the impact of the global distribution of people and wealth on natural resource use and valuation.
Different cultures, population densities, and income classes value and use natural resources in very different ways. Because natural resources often are used simultaneously by different groups, it is important for graduates to be able to account for those differing uses and valuations when making management decisions about natural resources.
10. Exercise leadership skills as professionals and engaged citizens
Graduates organize, facilitate, and participate effectively in groups, teams, or organizations. They define problems or opportunities, implement action planning processes, work toward goals and justify actions taken.
11. Demonstrate creativity and innovation in identifying and pursuing opportunities that produce environmental, social, or economic value.
Graduates display creativity in a variety of situations and identify opportunities to promote understanding of natural resource issues. They demonstrate persistence when working with individuals who have diverse interests in order to build consensus and facilitate accomplishing stated objectives.
12. Exercise life-long learning skills developed before graduation.
Graduates articulate why life-long learning is important. Graduates find answers to their questions as they arise throughout life. They are capable of determining what they need to know to effectively deal with an issue or situation, and they know how to obtain the necessary knowledge. They have learned how to learn in the absence of teachers.
Curriculum in Forestry
Total Degree Requirement: 128 cr.
Only 65 cr. from a two-year institution may apply which may include up to 16 technical cr.; 9 P-NP cr. of free electives; 2.00 minimum GPA.
International Perspective: 3 cr.
U.S. Cultures and Communities: 3 cr.
Communications Proficiency (with a C or better):
| English composition | 6 | |
| Speech fundamentals | 3 | |
| Total Credits | 9 | |
Communication/Library: 13 cr.
| ENGL 1500 | Critical Thinking and Communication | 3 |
| ENGL 2500 | Written, Oral, Visual, and Electronic Composition | 3 |
| LIB 1600 | Introduction to College Level Research | 1 |
| SPCM 2120 | Fundamentals of Public Speaking | 3 |
| One course from: | 3 | |
| Business Communication | ||
| Proposal and Report Writing | ||
| Communicating Science and Public Engagement | ||
| Technical Communication | ||
| Total Credits | 13 | |
Humanities and Social Sciences: 6 cr.
6 cr. from approved list.
Ethics: 3 cr.
3 cr. from approved list.
Mathematics, Physical and Life Sciences: 21-23 cr.
| MATH 1400 | College Algebra | 3 |
| CHEM 1630 | College Chemistry | 4 |
| CHEM 1630L | Laboratory in College Chemistry | 1 |
| AGRON 1820 | Introduction to Soil Science | 3 |
| BIOL 2110 | Principles of Biology I | 3 |
| BIOL 2110L | Principles of Biology Laboratory I | 1 |
| One course from: | 3-4 | |
| Principles of Statistics | ||
| Introduction to Statistics | ||
| One course from: | 3-4 | |
| Calculus for Business and Social Sciences | ||
| Survey of Calculus | ||
| Calculus I | ||
| Quantitative Problem Solving in Natural Resources | ||
| Intermediate Statistical Concepts and Methods | ||
| Total Credits | 21-23 | |
Forestry: 31 cr.
| Practical Work Experience | ||
| NREM 1100 | Orientation in Natural Resource Ecology and Management | 1 |
| NREM 1200 | Introduction to Renewable Resources | 3 |
| NREM 2110 | Careers in Natural Resources | 1 |
| FOR 2010 | Forest Biology | 2 |
| FOR 2020 | Sustainable Materials: Wood Utilization | 2 |
| FOR 2030 | Resource Measurements/Evaluation | 2 |
| FOR 2040 | Forest Ecosystem Decision-Making | 2 |
| FOR 2050 | Integrated Forestry Laboratory | 3 |
| FOR 2060 | Fall Forestry Camp | 4 |
| FOR 3020 | Silviculture | 4 |
| FOR 4510 | Forest Resource Economics and Quantitative Methods | 4 |
| FOR 4540 | Forestry Practicum | 3 |
| Total Credits | 31 | |
Electives: Students majoring in forestry are required to choose one of the following options at the end of their sophomore year: forest ecosystem management; sustainable material science and technology; urban and community forestry; natural resource conservation and restoration; or interpretation of natural resources.
Forest Ecosystem Management
| FOR 2800 | Wood Properties and Identification | 4 |
| FOR 3560 | Dendrology | 3 |
| PLP 4160 | Forest Insects and Diseases | 3 |
| FOR 4420 | Dynamics of Forest Stands | 3 |
| FOR 4520 | Ecosystem Management: Integrating Ecology, Society, and Policy | 3 |
| NREM 3010 | Natural Resource Ecology and Soils | 4 |
| NREM 3450 | Natural Resource Photogrammetry and Geographic Information Systems | 3 |
| One course from: | 3-4 | |
| Natural History of Iowa Vertebrates | ||
| Stream Ecology | ||
| Energy, Environmental and Resource Economics | ||
| Fire Ecology and Management | ||
| Watershed Management | ||
| Integrating GPS and GIS for Natural Resource Management | ||
| Stream restoration | ||
| Stream Restoration Lab | ||
| Agroforestry Systems | ||
| One course from: | 3 | |
| Natural Resource Policy | ||
or NREM 4600 | Controversies in Natural Resource Management | |
| Total Credits | 29-30 | |
Interpretation of Natural Resources
| AECL 3650 | Vertebrate Biology | 4 |
| AECL 3660 | Natural History of Iowa Vertebrates | 3 |
| BIOL 3660 | Plant Systematics | 4 |
| ENT 3700 | Insect Biology | 3 |
| FOR 4520 | Ecosystem Management: Integrating Ecology, Society, and Policy | 3 |
| NREM 3030 | Internship | 1-3 |
| NREM 3300 | Principles of Interpretation | 3 |
| One course from: | 3 | |
| Plant Ecology | ||
| Dendrology | ||
| One course from: | 3-4 | |
| Introduction to Weather and Climate | ||
| The Sky and the Solar System | ||
| How the Earth Works | ||
| Environmental Geology: Earth in Crisis | ||
| GEOL 1080 | Introduction to Oceanography | 3 |
| One course from: | 3 | |
| Natural Resource Policy | ||
| Controversies in Natural Resource Management | ||
| Total Credits | 33-36 | |
Natural Resource Conservation and Restoration
| AECL 3660 | Natural History of Iowa Vertebrates | 3 |
| FOR 3560 | Dendrology | 3 |
| FOR 4520 | Ecosystem Management: Integrating Ecology, Society, and Policy | 3 |
| NREM 3010 | Natural Resource Ecology and Soils | 4 |
| NREM 3900 | Fire Ecology and Management | 3 |
| NREM 4070 | Watershed Management | 4 |
| PLP 4160 | Forest Insects and Diseases | 3 |
| One course from: | 3 | |
| Natural Resource Photogrammetry and Geographic Information Systems | ||
| Integrating GPS and GIS for Natural Resource Management | ||
| One course from: | 3 | |
| Natural Resource Policy | ||
| Controversies in Natural Resource Management | ||
| Three credit hours from approved list of electives | 3 | |
| Total Credits | 32 | |
Urban and Community Forestry
| CRP 2010 | The North American Metropolis | 3-4 |
| or CRP 3010 | Urban Analytical Methods | |
| FOR 2800 | Wood Properties and Identification | 4 |
| FOR 3560 | Dendrology | 3 |
| FOR 4520 | Ecosystem Management: Integrating Ecology, Society, and Policy | 3 |
| FOR 4750 | Urban Forestry | 3 |
| HORT 3420 | Landscape Plant Installation, Establishment, and Management | 3 |
| PLP 4160 | Forest Insects and Diseases | 3 |
| SOC 3100 | Community | 3 |
| or SOC 3820 | Environmental Sociology | |
| One course from: | 3 | |
| Natural Resource Policy | ||
| Controversies in Natural Resource Management | ||
| Total Credits | 28-29 | |
Forestry, B.S. - Forest Ecosystem Management option
| Freshman | |||
|---|---|---|---|
| Fall | Credits | Spring | Credits |
| NREM 1100 | 1 | CHEM 1630 | 4 |
| BIOL 2110L | 1 | CHEM 1630L | 1 |
| BIOL 2110 | 3 | STAT 1010 | 4 |
| ENGL 1500 | 3 | NREM 1200 | 3 |
| MATH 1400** | 3 | Free Elective | 3 |
| LIB 1600 | 1 | ||
| Approved Social Science course | 3 | ||
| 15 | 15 | ||
| Sophomore | |||
| Fall | Credits | Spring | Credits |
| FOR 2010 | 2 | SPCM 2120 | 3 |
| FOR 2020 | 2 | ENGL 2500 | 3 |
| FOR 2030 | 2 | FOR 2800 | 4 |
| FOR 2040 | 2 | NREM 2110 | 1 |
| FOR 2050 | 3 | FOR 3020 | 4 |
| FOR 2060 | 4 | Required Elective | 3 |
| 15 | 18 | ||
| Junior | |||
| Fall | Credits | Spring | Credits |
| MATH 1510, NREM 2400, STAT 3010, MATH 1600, or MATH 1650 | 3-4 | FOR 4510 | 4 |
| FOR 3560 | 3 | Required Electives | 6 |
| NREM 3010 | 4 | NREM 3450 | 3 |
| NREM 3450 or FOR 4420 | 3 | AGRON 1820 | 3 |
| Required Elective | 3 | ||
| 16-17 | 16 | ||
| Senior | |||
| Fall | Credits | Spring | Credits |
| FOR 4420 or NREM 3450 | 3 | FOR 4540 | 3 |
| FOR 4160 | 3 | FOR 4520 | 3 |
| Communications Elective | 3 | Policy Elective | 3 |
| Free Elective | 3 | Required Elective | 3 |
| Free Elective | 3 | Free Elective | 4 |
| 15 | 16 | ||
- *
To complete degree program in 4 years students must maintain an average of 16 credits per semester.
- **
Initial math course is determined on the basis of high school math and placement test scores. A non-credit math course may be required at additional course.
- ***
In scheduling coursework, students should pay particular attention to courses with limited offerings (e.g., offered only on alternate years) and to course sequences (i.e., where a course serves as a prerequisite for another course).
- Note:
In addition to coursework listed above, students must complete departmental requirements for Practical Work Experience requirement (NREM 1040). See https://www.nrem.iastate.edu/workexperience
Forestry Minor
The department offers a minor in forestry which can be earned by completion of a minimum of 15 credits in forestry courses. The minor must include at least 9 credits that are not used to meet any other department, college, or university requirement. Students wishing to emphasize management and environmental aspects of forestry must select at least 15 credits from the following courses:
| FOR 3020 | Silviculture | 4 |
| FOR 3560 | Dendrology | 3 |
| FOR 4160 | Forest Insects and Diseases | 3 |
| FOR 4420 | Dynamics of Forest Stands | 3 |
| FOR 4510 | Forest Resource Economics and Quantitative Methods | 4 |
| FOR 4520 | Ecosystem Management: Integrating Ecology, Society, and Policy | 3 |
| FOR 4750 | Urban Forestry | 3 |
| NREM 1200 | Introduction to Renewable Resources | 3 |
| NREM 3010 | Natural Resource Ecology and Soils | 4 |
| NREM 3450 | Natural Resource Photogrammetry and Geographic Information Systems | 3 |
| NREM 3900 | Fire Ecology and Management | 3 |
| NREM 4070 | Watershed Management | 4 |
| NREM 4460 | Integrating GPS and GIS for Natural Resource Management | 3 |