eventConservation ecology [Conservation ecology] (V/S)
person Joern Fischer, Kimberlie Sue Rawlings

Next appointment: The course starts right now in room C 11.307 Seminarraum.

Dates

weekly | Tuesday | 08:15 - 11:45 | 06.04.2026 - 10.07.2026 | C 11.307 Seminarraum

Curriculum context

Combined academic performance
Presentation & discussion (30%)
Research paper (70%)
Date of assessment: Tuesday, 15.09.2026
Resit date: No resit date will be offered to this assessment, because it is didactically inseparably connected with one of the associated courses. A resit will only be possible, if the module is available again.
Important note! The elective courses are bundled into 7 modules. Please note, that you can only select each module once. However, you can take a second course from a module as "voluntary additional credits" in a following semester. | Anzeige von Anmeldebeginn und -ende systembedingt. Selbständige Anmeldung nur zum Prüfungstermin und nicht zum Wiederholungstermin möglich.

Organizational information

Lecture/Seminar
Vollständig Präsenz
4
central procedure for assignment of remaining places (with participant limit)
25

Registration

central procedure for assignment of remaining places (with participant limit)

Registration ends 07.4.2026 at 23:59 h

Content

Englisch
Conservation ecology
Sustainability-oriented

The conservation of species and ecosystems to support both the proper functioning of ecosystems and the provisioning of natural resources to humans is a major sustainability challenge. This course provides an introduction to conservation science and its importance to sustainability. Topics covered will include background on the science of conservation biology; key drivers of biodiversity decline; and challenges of biodiversity conservation in the real world. Specific topics, among others, include habitat loss, habitat fragmentation, the effects of climate change, and invasive species. Underpinning ecological concepts such as metapopulations and connectivity will also be discussed. The course will make links to core concepts/frameworks of sustainability science such as ecosystem services, social-ecological systems, and governance throughout.

The course will be taught through a combination of lectures and student-led discussion. For the discussions, students will organise in groups, select a current 'hot' topic, provide relevant literature for the other students to read before the class, and facilitate a structured discussion including a short presentation. Students will also write individual research papers on the significance of conservation biology for a specific sustainability topic.

A particular highlight will be three guest lectures and discussions that will be presented via zoom and in-person, focusing on: (1) conservation case studies around global amphibian declines driven by a fungal disease affecting many species worldwide; (2) land use change and biodiversity conservation in the Chaco ecoregion; and (3) the contribution of forestry to biodiversity conservation in Sweden.

The course picks up one of the key cross-cutting challenges affecting human societies in the 21st century -- the rapid loss of biodiversity. By the end of the course, the students will have a clear understanding of the drivers of biodiversity decline, as well we key ecological concepts relevant to halting this decline. Students will also learn to present scientific information in English.

Important note! The elective courses are bundled into 7 modules. Please note, that you can only select each module once. However, you can take a second course from a module as "voluntary additional credits" in a following semester.

Based on current planning, this course will be offered regularly in the winter semester in this elective.

Evaluation

This course has not been registered for teaching evaluation yet.

Further information on teaching evaluation: https://www.leuphana.de/en/teaching/quality-management/feedback-instruments.html

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