Doctoral studies

country
city
subject area
language
university type
university status
Found: 1097
de de
Kassel, Germany
subject area: mathematics and statistics
de de
Ilmenau, Germany
subject area: mathematics and statistics
de de
Wuppertal, Germany
subject area: mathematics and statistics
de de
Karlsruhe, Germany
subject area: mathematics and statistics
de de
Karlsruhe, Germany
subject area: mathematics and statistics
de de
Aachen, Germany
subject area: mathematics and statistics
de de
Hagen, Germany
subject area: mathematics and statistics
de de
Paderborn, Germany
subject area: mathematics and statistics
de de
Weingarten, Germany
subject area: mathematics and statistics
de de
Mannheim, Germany
subject area: mathematics and statistics
de de
Magdeburg, Germany
subject area: mathematics and statistics
de de
Berlin, Germany
subject area: mathematics and statistics
de de
Trier, Germany
subject area: mathematics and statistics
de de
Munich (München), Germany
subject area: mathematics and statistics
de de
Lüneburg, Germany
subject area: mathematics and statistics
de de
Leipzig, Germany
subject area: mathematics and statistics
de de
Mainz, Germany
subject area: mathematics and statistics
de de
Jena, Germany
subject area: mathematics and statistics
de de
Stuttgart, Germany
subject area: mathematics and statistics
de de
Bremen, Germany
subject area: mathematics and statistics
de de
Darmstadt, Germany
subject area: mathematics and statistics
de de
Mainz, Germany
subject area: mathematics and statistics
de de
Chemnitz, Germany
subject area: mathematics and statistics
de de
Potsdam, Germany
subject area: mathematics and statistics
de de
Hamburg, Germany
subject area: mathematics and statistics
de de
Kaiserslautern, Germany
subject area: mathematics and statistics
de de
Osnabrück, Germany
subject area: mathematics and statistics
de de
Braunschweig, Germany
subject area: mathematics and statistics
de de
Essen, Germany
subject area: mathematics and statistics
de de
Freiburg, Germany
subject area: mathematics and statistics
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Preserving ecosystems and the biodiversity they support could reduce the emergence of infectious diseases from these natural systems. The current rates of biodiversity loss around the world could have major consequences for emerging diseases.
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