We are looking for students who are interested in bridging disciplinary gaps between the geosciences and the biosciences and in establishing links to social sciences – skills that are essential to address the challenges caused by the ongoing climate and biodiversity crises. The students will be based in the FWF-funded doctoral program AlpsChange, which is integrated into the Doctoral School “Dynamic Mountain Environments and Society” at the Paris-Lodron University of Salzburg and offers an interdisciplinary research and training agenda.
The students will be part of an active and interdisciplinary consortium, conduct research at the interface between geo- and biosciences and apply state-of-the-art approaches and methods of both disciplines and of history (e.g. remote sensing, field and laboratory experiments and analyses, numerical and analogue modelling), benefiting from the wide range of expertise available in the AlpsChange consortium. Each student will be supervised by an interdisciplinary team of researchers.
Applications for one or more of the 10 projects (see below) are welcome. Please indicate your preference if you are applying for more than one of the projects. A successful applicant will be highly motivated, proficient in English language and scientific writing, and willing to work in an interdisciplinary context. A master-level degree or equivalent in a relevant discipline, preferably in the field of bio- or geosciences, is required.
Please send your application stating your project preference and including a letter of motivation, CV, certificates and contact details of two potential referees in electronic form as a single pdf file latest by April 13th 2025 to AlpsChange@plus.ac.at. Please contact AlpsChange@plus.ac.at in case you have any questions. Start dates are flexible between October 2025 and January 2026. All projects will be fully funded for 3.5 years and students will receive a monthly salary based on currently € 2786 before tax. Further information can be found at the AlpsChange Homepage.
Description of Project 2:
The impact of metallophyte vegetation on weathering rates and soil formation
Plants and microorganisms are important agents in weathering processes and soil formation, however, the underlying mechanisms are not understood in detail. In this project, we aim to investigate the reciprocal interplay between plants and their abiotic habitat by quantifying the direct and indirect impact of the local vegetation on soil chemistry. Using metallophytes exhibiting different metal uptake strategies at natural sites and in common garden settings as a model we will measure reciprocal element fluxes between soil and plants, quantify weathering rates of the parent bedrock, assess the composition of the local soil microbiome and identify chemical components involved in microbial enrichment and rock weathering. Main supervisors: Anja Hörger, Christoph von Hagke
More Info:
https://www.plus.ac.at/personalwesen/stellenmarkt-en/projektmitarbeiter-innen-en/doctoral-school-dynamic-mountain-environments-and-society/?lang=en
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