LNAK10098U Forest and Nature Management Planning
MSc Programme in Forest and Nature Management
Students of forest and nature management planning need to
understand the complexity of planning and the challenges of
managing forest and nature areas in a sustainable way. For forest
and nature managers, sustainability managing a particular forest or
nature area means determining, in a tangible way, how to use it
today to ensure similar benefits, health and productivity in the
future. Forest and nature managers must assess and integrate a wide
array of sometimes conflicting factors - commercial and
non-commercial values, environmental issues and community needs to
produce sound and useful forest and nature plans. Additionally,
plans must be feasible and economically viable.
Another important part of this course introduces students to
Structured Decision Making which is an organized approach to
developing and evaluating creative alternatives and making
defensible choices. It has been particularly useful for helping
groups work productively together on decisions marked by technical
uncertainty and controversial trade-offs. It combines analytical
methods from decision analysis with insights into human judgments
The course works its way through what we know about the prerequisites of informed decision-making, following the logical steps in identifying aims and objectives, investigating the state of forest / nature goods and services, and transforming objectives into management actions with due consideration of for who, when and how to implement management actions. Students will also acquire knowledge about reality planning and the relation between means (e.g. budgets) and ends (objectives). The students will learn to quantify and model ecosystem services and include them in the forest and nature management plan
The course is mainly related to the following Sustainable Development Goals (SDG):
SDG 7: Clean and affordable energy: Forests contribute to SDG 7 through four pathways: sustainable use of traditional wood fuels, processed wood fuels, liquid biofuels and biopower. In this course we focus on the role of forests as a clean and affordable energy in the green transition. Students learn to estimate the energy and value from forests.
SDG 12. Responsible consumption and production. This course focus on how sustainable forest and nature management contributes to responsible consumption and production, promoting resource and energy efficiency, providing access to basic services, green and decent jobs and a better quality of life for all. Sustainable forest management helps society to achieve overall development, reduce future economic, environmental and social costs, strengthen economic competitiveness and reduce poverty.
SDG13. Climate Action: Forests play a significant role in mitigating climate change. The course specifically focuses on how forests can be managed to mitigate rather than contribute to global climate change. Carbon storage, sequestration and savings are quantified.
SDG15. Life on Land: In addition to carbon storage and C02 sequestration, forests, especially natural forests, are habitats for most of the Earth's terrestrial life forms. Further, the hydrological functions of forests contribute to life-supporting rivers and streams throughout the world. Forest and nature management effects on biodiversity are qualified.
Trade-offs between SDGS are quantified and discussed.
Digitization is included in the course as part of: 1) data management, collection and handling of empirical data (mainly quantitative data), 2) technological understanding of the application of digital technologies within the sector, 3) digital information collection as part of literature search
- Understand a natural science management planning approach emphasizing the study objects: forests and natural resources.
- Explain the principles of sustainable utilization, protection and stewardship of forests and other semi-natural areas
- Explain key theories and methodologies for management planning and making structured environmental decisions
- Summarize potentials/restrictions and sustainability of utilization of biological systems.
- Summarize economic theory and demonstrate general knowledge of the planning and structured decision making tools utilized in the management of forests and nature
- Describe and classify a range of decision-support tools
- Apply a social science management planning approach to forests and natural resources from the point of view of an enterprise, organization, and/or society.
- Apply structured environmental decision making approaches on forest and natural resource problems
- Apply economic theory and utilize economic planning tools for analyzing and modelling the welfare and business economic production from forests and natural resources, and realizing management and development tasks within the frames given by society (legislation, regulations, facts).
- Develop long-term strategies, operational objectives and specific plans for sustainable utilization and protection of forests and other green resources, considering the social, ecological and economic objectives and limitations.
- Describe modelling, regulation and management of green resources; develop, quantify and use theoretical and applied models of the productive and protective functions of forests and natural resources – material as well as immaterial.
- Practice economic, dynamic and holistic management planning
- Formulate, plan and implement a project/plan
- Develop planning models, formulate and apply basic models based on economic theory and methods.
- Analyze the planning process and structure; and communicate planning implementation and results.
- Communicate professional problems and solutions – both orally and in writing
- Transfer the use of structured decision making, economic theory and methods in management planning for forests and natural resources to other planning problems and situations involving people, social systems, and allocation of scarce production resources.
- Transfer a planning structure and decision framework based on structured decision making to other work situations.
- Design decision-making with the entry point of rational economic planning theory
- Understand and apply general criteria applicable for economic evaluation of planning results.
- Cooperate and work effectively in a group with a common economic planning project developing interpersonal and intercultural competences
- Turn demands on our natural surroundings into concrete actions and projects based on a scientific foundation
- Manage operations and development tasks in the framework set out by society
Teaching material will be announced at Absalon. Mostly journal papers which are accessible through university library facilities.
LOJK10282U Applied Economics of Forest and Nature or similar economic competences
Academic qualifications equivalent to a BSc degree is recommended.
- Practical exercises
- Project work
The student groups will recieve written feed-back on one or two chapters in the project report
- 15 ECTS
- Type of assessment
- Oral examination, 35 - 40 minutes in total
- Type of assessment details
- The individual oral exam is based both on the forest and nature management project report and on compulsory material. No time for preparation.
- Exam registration requirements
Delivery and approval of forest and nature management project report
- All aids allowed
- Marking scale
- 7-point grading scale
- Censorship form
- External censorship
Like the ordinary exam.
If the student has not handed in the project report, then it must be handed in three weeks prior to the re-exam. It must be approved before the exam.
Criteria for exam assesment
See learning outcome
- Course code
- 15 ECTS
- Full Degree Master
- 1 block
- Block 4
- Teaching activities take place out of course structure. The course plan will be available at least two weeks prior to Blok 4.
- Course capacity
- No limit
The number of seats may be reduced in the late registration period
- Study Board of Natural Resources, Environment and Animal Science
- Department of Food and Resource Economics
- Faculty of Science
- Henrik Meilby (4-6a676f67426b687471306d7730666d)
- Niels Strange (3-74797a466f6c787534717b346a71)