Oeschger Centre for Climate Change Research; Federal Office of Meteorology
As a result, the consequences of climate change are extremely relevant to the
Climate plays a key role for the distribution and development of harmful organisms.
CH2018 prepares climate change scenarios for Switzerland based on the latest
Le centre Oeschger forme l''organisation faîtière au sein de laquelle près de 250
Key facts MSc Climate Sciences
Check a few typical student profilesRead six reasons to study Climate Sciences in BernRead up about the MSc curriculumEstimate living costs and student job salariesRead about admission
Hochschulstrasse 4Oeschger Centre for Climate Research3012 Bern
The aim of the Group is to present to the Standing Committee specific proposals, guidance and/or Recommendations to help Parties address the challenges of climate change in relation to biodiversity, as well as the opportunities that biodiversity and protected areas may offer in climate adaptation/mitigation.
11th meeting of Group of Experts on Climate Change and Biodiversity
Joint meeting of the Group of Experts on Biodiversity and Climate change and the Group of Experts on Protected areas and Ecological Networks
1st meeting of the Restricted Group of Experts on Biodiversity and Climate Change
Group of Experts on Biodiversity and Climate change
Ad Hoc Select Group of Experts on Biodiversity and Climate change
Climate and Environmental Physics is a division of the Physics Institute of the University of Bern and affiliated to the Oeschger Centre for Climate Change Research. Our team of more than 60 is committed to understand the processes of the Earth System on time scales from seasons to a million years. If you like to join our effort, please see our JOB OPENINGS.
We analyse environmental archives such as ice cores from Greenland and Antarctica, groundwater and tree rings to reconstruct climate and environmental changes. With our unique palette of physical-biogeochemical climate models we investigate causes of past climate change and simulate the consequences of future man-made climate change. Since 2008 we hold the world record in the reconstruction of atmospheric CO2 concentrations of the past 800,000 years based on an Antarctic ice core.
Sidlerstrasse 53012 Bern
The Master in Climate Sciences program provides a broad range of courses and training opportunities for the future climate scientist and climate professional. It facilitates both a general qualification in the field of climate sciences and a sound expertise in an elective climate-related topic.
The Master in Climate Sciences program promotes interdisciplinary cooperation and teamwork and combines education and research in an excellent network of units and faculty members. Studying Climate Sciences at the University of Bern has an international flavor; more than thirty percent of the students have an international background and the courses are held in English. The master's degree in Climate Sciences opens the door for a scientific or a professional career.
As a student of Climate Sciences, you become part of the Graduate School of Climate Sciences, which is operated by the Oeschger Centre for Climate Change Research. You assemble your curriculum from a broad range of elective courses in the fields of climate and atmospheric sciences, economics and social sciences. In addition, you can take selected courses at the Swiss Federal Institute of Technology in Zurich (ETH Zurich). You carry out your master thesis project at one oft he research units affiliated to the Graduate School of Climate Sciences. Your tailor-made curriculum and the master thesis will lead to one of five specializations.
The Master of Climate Sciences brings together dedicated individuals with different expertise and scientific background. You are invited to join us for this challenge and to learn with us.
Master of Science in Climate Sciences, Universität Bern, with special qualification in:
Mono 120 ECTS credits with special qualification in:
The curriculum of the Master in Climate Sciences program comprises 120 ECTS and equals the workload of 4 semesters full time study. A Bachelor of Science, a Bachelor of Arts or a higher academic degree are the precondition for admission to the program.
Your curriculum and master thesis may lead to one of the six specializations:
For further information about the detailed curriculum with courses, please consult the Graduate School of Climate Sciences website, specifically the website about the Master in Climate Sciences program.
Alternatively, you may wish to write a master thesis of 30 ECTS at the University of Bern and complete an external internship of 30 ECTS (see specific guidelines on the Graduate School Climate Sciences website).
Admission to the master’s degree program may depend upon evidence of additional knowledge and expertise that was not acquired as part of the student's bachelor's degree program. This coursework may only be completed on an extra-curricular basis. The maximum scope of this additional coursework is 60 ECTS credits. The ECTS credits will be listed separately in the diploma supplement as extracurricular attainments.
As a rule, an average grade (average weighted according to ECTS credits) of at least “good” serves as an additional indicator of suitability. The grades that shall be taken into consideration are those that are available at the time of the interview and submitted with the record of individual achievement. In general, these are grades for at least 150 ECTS credits.
About Berne climate change
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