Selected Topics in Geography II

Vegetation biogeography: Theory and geospatial analysis

Lecturer

Anna Cord
Markus Werner

ECTS

5 ECTS

 

Aim

The module deepens student’s knowledge on selected environmental theories and approaches and their relevance for applied remote sensing.

 

Content

The emphasis of this course is on linking classic biogeographical theory with current research outcomes. The aim is to learn what the  historical and ecological reasons are behind the geographical  distributions of living organisms and their communities, and the dynamic nature of these distributions. In this course we will answer the following questions: What are the patterns of plant distribution  and diversity? What mechanisms explain these patterns? What are the  theoretical and technical basic principles for the modelling of  species distributions? What is the aim of the study of species  distributions in the context of the ‘biodiversity crisis’ and a  dramatically changing environment? How can remote sensing techniques  be useful for this kind of studies? After completing the course, each  student should have: Gained or developed a familiarity and functional  understanding in each of the main themes outlined on the course  timetable and demonstrated competence in discussing and integrating  across these themes.

 

General Course News and Updates

check out the news blog by our students

Our EAGLE students are posting various news about their activities, experiences or codes they developed. Read about their past years within the EAGLE program, their participation in international remote sensing conferences or what they achieved within EAGLE courses....

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M.Sc. defense of Sarah Nolting

Sarah Nolting will defend her M.Sc. thesis "Risk Assessment for Flood Events based on Geo- and Socioeconomic Data – A Case Study for North-Rhine Westphalia, Germany" on Wednesday 27th 2pm in room 0.004 OKW 86. from her abstract: "The world’s population has doubled...

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M.Sc. defense by Johannes Löw

You are all invited to join the M.Sc. presentation by Johannes Löw. He will defend his M.Sc. thesis on Wednesday 20th of March at 2pm in room 0.004 in OKW 86. from his abstract:Since Sentinel-1 A and B have become fully operational, it is now possible to generate...

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