MAOK4003 Wildlife in the Anthropocene
- Course codeMAOK4003
- Number of credits15
- Teaching semester2025 Autumn
- Language of instructionEnglish
- CampusEvenstad
- Required prerequisite knowledge
None.
The course is made up of three modules that explore the complex relationships between wildlife populations and people on an increasingly human-dominated planet, in the “age of humans”, the Anthropocene. The course approaches these relationships from the perspective of ecology, veterinary science, and several social science disciplines aiming to give students a holistic understanding of these issues, both from the perspective of conducting research and practical wildlife management. This One Health approach will introduce students to the way in which the environment, human health, wildlife health, and livestock health are interconnected.
The concept of the Anthropocene reflects the pervasive impact of humans on all ecosystems and all trophic levels. The module “Human impacts on wildlife” explores these diverse ways in which human actions, directly and indirectly, affect wildlife populations. These include issues like climate change, direct exploitation, land-use changes, invasive species, toxins and pollutants, microplastics, anti-biotic resistance, and diseases transferred from livestock. The impacts operate via mechanisms as diverse as direct mortality, reproductive rates, behaviour, physiology, and population genetics through human-induced natural selection acting on contemporary and evolutionary time scales. The module will focus on the way different impacts interact with each other and how global change issues interact with more local drivers. The way that wildlife is often unintentionally impacted by policy decisions made for other sectorial interests will also be covered.
The module “Wildlife population health” will focus on the multiple dimensions of wildlife health at individual and population levels, and the impacts of multiple anthropogenic and environmental factors, including toxins, nutrition, climate, infection biology, and inherited and congenital defects, traumas, and injuries. This will be supported with a solid grounding in the practical aspects of studying and monitoring wildlife health, including approaches to sampling in the field and collaborating across disciplinary boundaries. Finally, attention will be paid to the challenges of communicating One Health issues to the public, wildlife managers, policy makers, and other stakeholders.
The module “Human Dimensions of Wildlife Management” introduces key social science concepts such as human ethics, values, attitudes, norms, behaviours, and worldviews as well as issues related to power dynamics between groups, institutions, and policies. Human-wildlife conflicts, conflicts between different groups of people over the way wildlife are managed, and approaches to manage or mitigate conflicts will be central themes. The course will give students a broad knowledge of the key theories and terminology within different social science disciplines so that they can understand how these can all make complementary contributions to understanding the complexity of managing wildlife in the modern world.
Learning Outcome
After successful completion of the course, the student will have the following knowledge, skills, and general competence.
The student
- Has a broad understanding of concepts and key terminology in conservation biology, natural resource management, wildlife health, and relevant social science disciplines.
- Has an in-depth understanding of the pervasive impacts of humans on demography, behaviour, physiology, and population genetics of wildlife at different temporal and spatial scales.
- Has thorough knowledge of how global change interacts with local drivers of change, and how various policies may intentionally or unintentionally influence wildlife.
- Has advanced knowledge of how relevant diseases and toxins can impact wildlife health and populations in Nordic ecosystems.
- Is familiar with various methods for evaluating mortality and population alterations.
- Understands how individual, social, cultural, institutional, and political processes interact to influence the relationships between humans and wildlife.
The student
- Can identify which types of natural and social science approaches are necessary to address specific challenges in wildlife management.
- Can define and recognize a disease outbreak and explain the course of action required for responding to outbreaks or population declines.
- Can list possible causes and theories for population declines, analyse and critically discuss these concepts with specialists, and relate this to societal interests.
- Can safely participate in disease investigations by, for example, performing basic sample collection on animals using proper personal protective equipment.
- Can communicate effectively with media and the public about often controversial wildlife management issues and apply principles of risk communication when writing for a general audience.
- Can conduct a basic stakeholder analysis to identify key actors and interest groups involved in a wildlife management issue.
The student
- Can reflect on the complexity of wildlife management in the modern world, and of the science-policy interface.
- Can reflect over personal biases and values and how these may influence their scientific objectivity and the way they apply science to policy-related issues.
- Can relate to diverse knowledge forms and interdisciplinary approaches.
- Can see the commonality and differences in the issues that affect wildlife across species, ecosystems, and cultures.
- Can reflect on how different social and natural science disciplines contribute to a holistic understanding of human-wildlife interactions, including human-wildlife conflicts.
- Can analyse relevant academic, professional, and ethical challenges.
Campus-based lectures, seminars, self-study, group work, group and individual presentations, in class discussions, and practical exercises. The course will draw heavily on scientific articles as reading and as material for discussion.
- Minimum 80% attendance of lectures.
- Participation in practical exercises.
- One oral presentation of an assigned scientific paper/topic
- One written group assignment followed by a group presentation.
Form of assessment | Grading scale | Grouping | Duration of assessment | Support materials | Proportion | Comment |
---|---|---|---|---|---|---|
Written examination with invigilation | ECTS - A-F | 5 Hour(s) |
| 60 | ||
Oral examination | ECTS - A-F |
| 40 |
- One 5-hour written school exam (60%)
- One oral examination (40%)
Performance is assessed using a grading scale from A-F, where E is the lowest passing grade. All examinations must be passed in order for the course to be assessed as passed.