M.Forst.1621: Ecological functions of wildlife: implications for conservation and management
Learning outcome, core skills:
Animals fulfill various ecological roles within ecosystems. For example, many vertebrate species act as ‘mobile links’ and transport genetic material or organic matter across large spatial extends. Similarly, the presence or absence of large carnivores, or the abundance of large herbivores in an ecosystem can substantially impact its properties.
While the reciprocal relationships between animals and the environment have long been recognized in ecology, we are only now realizing how important anthropogenic activities are for the functions that animals have in ecosystems.
The aim of the course is to provide students with an overview of the ecological functions of vertebrate animals and why considering human influences on vertebrate species can be crucial for ecosystem management and biodiversity conservation. In addition, the course will also provide students with a basic understanding on how to investigate these functions and their consequences for ecosystem functions and services
Course:
- Ecological functions of wildlife: implications for conservation and management (Lecture, Seminar, 4 WLH)
Exam:
Oral Presentation (approx. 20 minutes)
Examination prerequisites:
Written exam (30 minutes)
Examination requirements:
To successfully complete the course, students have to demonstrate a general
understanding of
- 1. functions fulfilled by vertebrates within ecosystems;
- 2. human impacts on these ecosystem functions;
- 3. how to analyze animal-ecosystem relationships;
- 4. the implications of animal-ecosystem relationships for management and
conservation
The written exam (examination prerequisite) will take place in the first half of the
semester.
Workload:
180h (56/124 h, Attendance time/Self-study time)
Admission requirements:
None
Recommended previous knowledge:
None
Language:
Englisch
Person responsible for module:
Prof. Dr. Niko Balkenhol
Course frequency:
each winter semester
Duration:
1 Semester
Number of repeat examinations permitted:
Twice
Recommended semester:
1
Maximum number of students:
40