Global Change Ecology

The Elite Graduate Program “Global Change Ecology” is devot­ed to under­standing and ana­lyzing the most im­portant and mo­mentous environ­mental concern of the 21st cen­tury, namely, global change. Problems of an interdis­ciplinary nature require the estab­lishment of inno­vative ap­proaches in re­search and edu­cation. A special program focus is the link­ing of natural science perspec­tives on global change with ap­proaches in social science disci­plines.

The Elite Graduate Program at a glance

DegreeMaster of Science
Duration of studyFour semesters
Place of studyBayreuth
Admission requirementsBachelor or diploma in natural or environmental sciences or related disciplines
Language of instructionEnglish
Application deadlineJune 15th
Begin of studiesWinter semester
HeadProf. Dr. Carl Beierkuhnlein
CoordinatorDr. Stephanie Thomas
Sylvia Sprödhuber
Mathilde Müller-Bulabois
Contact the coordinators
Further informationWebsite Global Change Ecology

Understanding Global Changes

The Elite Graduate Program “Global Change Ecology” aims at training highly qualified and mo­tivated students to be­come execu­tives, leading scientists, political advisors and busi­ness con­sultants. Solving global environ­mental problems requires not only a back­ground in natural, environ­mental and soci­o-economic sciences, but also transdis­ciplinary thinking, team work and crea­tivi­ty. Due to the societal costs of global change, there is a demand for highly skilled special­ists capa­ble of analyzing risks, applying scientific knowledge and fore­see­ing con­sequenc­es.

A close coopera­tion with nationally and in­terna­tionally active re­search institu­tions, NGOs, compa­nies and admin­istrations as well as in­dividu­al tutor­ing pre­pares students for work­ing on a interna­tional scale. In addi­tion to the broad spec­trum of cours­es at the Uni­versi­ty of Bay­reuth stu­dents can choose from se­lected cours­es by the Uni­versi­ty of Augsburg.


Interna­tional science schools, guest profes­sors and a stay abroad help to establish contact with leading research­ers and foreign stu­dents.

Candi­dates for thePro­gram "Global Change Ecology" are ex­pected to be inter­ested in ecologi­cal and societal issues, to have ex­cellent knowledge in nat­ural sci­ence and an out­standing ability to deal with complex ques­tions.

Potrait photo: Prof. Dr. Carl Beierkuhnlein

Global Change is the most important challenge of the 21st century. The GCE study program addresses various aspects and delivers capabilities to solve urging problems.

Prof. Dr. Carl Beierkuhnlein

Snippets of the program

Internship at the Federal Environment Agency (UBA)

UBA em­ploy­ees work to­gether on cli­mate and envi­ron­men­tal pro­tec­tion "for peo­ple and the envi­ron­ment". This is achieved through re­search, poli­cy ad­vice, knowledge trans­fer and law en­forcement. Mara Popp, a stu­dent of the Elite Grad­uate Pro­gram “Global Change Ecol­ogy”, got to know these di­verse tasks dur­ing her in­tern­ship. 

Read the report

Map of the CORINE Land Cover classification for a 5-hectare area from 2018, showing land use types such as continuous and discontinuous urban fabric, industrial and commercial areas, forests, grasslands, and water bodies in different colors.

Climate Conference COP29 in Baku

Mas­ter stu­dents from the Elite Grad­uate Pro­gram “Global Change Ecol­ogy” at the Uni­versi­ty of Bay­reuth partic­ipated as ob­serv­ers in COP29 Ba­ku, Azer­bai­jan, focus­ing on global cli­mate strat­egies. 

Read the report

Two people are standing in front of a photo wall displaying the text "#COP29 In solidarity for a Green World".

Snippets of the research

Silicon – Reducing light stress in tropical trees?

Elina Rittelmann conducted a greenhouse experiment at the Smithsonian Tropical Research Institute, in which she analysed if the nutrient silicon can reduce high light stress in tropical tree seedlings.

Environment & Forest Structure

As part of his master thesis, Moritz Stehmann studied the influence of environmental variables on the demographic structure of the Canary Island pine forest. This gave him the opportunity to conduct independent research on La Palma.

Virus diversity in mosquitos

In her master thesis, Alina Domdey examined global data on mosquito-associated viruses, data gaps, factors influencing virus species richness, and its modeling.