Education & Professional Experience
| Since 12/2015: | Researcher (Environmental Assessment/Aquatic Climatology) – 01/2016-12/2016 parental leave 50% – 08/2017-12/2017 parental leave 20% |
Uppsala University Sweden |
| 12/2013-11/2015: | Post-doctoral fellow (Environmental Analysis) | Uppsala University Sweden |
| 03/2013-11/2013: | Post-doctoral fellow (Physical Geography) – 03/2013-11/2013 parental leave 90% |
Stockholm University Sweden |
| 08/2008-02/2013: | Ph.D. candidate (Physical Geography): ‘Hydrological modeling for climate-change impact assessment’ – Feb/2012-Aug/2012 parental leave 80% PhD degree: 02/2013 PhLic degree: 05/2010 |
Stockholm University Sweden |
| 08/2007-07/2008: | Master thesis: ‘Improvement of the WATBAL model for till soil hydrology with application to heavy metal transport’ MSc degree: 06/2008 |
SLU Uppsala Sweden |
| 08/2006-07/2007: | Graduate studies (M.Sc.): Aquatic and Environmental Engineering/ Hydrology | Uppsala University Sweden |
| 03/2006 | BSc degree: Water Management & Engineering |
TU Dresden Germany |
 Research grants
| 2018-2021: | Reducing Uncertainties in Climate Change Impact Research to Improve Robustness of Future Streamflow Simulations Starting Grant – Natural and Engineering Sciences, VR (The Swedish Research Council) |
Principal Investigator 3.2 Mio SEK 330,000 € |
| 2017-2018: | The Fingerprints of Climate Change and Land-Cover Alterations on our Water Resources Finn Malmgren Scholarship to researchers within meteorology-related areas, Uppsala University, Sweden |
Principal Investigator 57,000 SEK 5,800 € |
| 2016-2018: | Hydrological droughts in Sweden now and in the future: Hotspots of hazard, vulnerability, and risk P E Lindahls Scholarship Fund, The Royal Swedish Academy of Sciences |
Principal Investigator 100,000 SEK 10,300 € |
| 2016-2020: | SIM4NEXUS: Sustainable Integrated Management FOR the NEXUS of water-land-food-energy-climate for a resource-efficient Europe Part of EU, HORIZON2020: WATER-2b-2015 grant |
Co-Investigator 8 Mio € managed by Wageningen University PI for Swedish Case Study 1.9 Mio SEK (200,000 €) |
| 2016-2019: | Hydrological droughts in Sweden now and in the future: Hotspots of hazard, vulnerability, and risk Research and development project grant for young research leaders, FORMAS (The Swedish Research Council for Environment, Agricultural Sciences and Spatial Planning) |
Principal Investigator 3 Mio SEK 320,000 € |
| 2016-2018: | Hydrological Connectivity: Quantifying a key to surface water chemistry in future climates Project Research Grant, VR (Swedish Research Council) |
Co-Investigator 2.25 Mio SEK 240,000 € |
| 2015: | The impact of ecosystem responses to climate change on future Swedish river flow and chemistry Internal call of the ‘Biodiversity and Ecosystems in a Changing Climate’ collaboration, Lund University & University of Gothenburg, Sweden |
Co-Investigator 726,000 SEK 80,000 € |
| 2014: | Catchment sensitivity to changing climate and land-cover conditions Jänes Grant for young researchers within the Earth Sciences, Uppsala University, Sweden |
Principal Investigator 69,400 SEK 7,400 € |
| 2014: | Cross-scale modeling of soil temperature in the nemo-boreal landscape under the effect of climate change The A. Hamberg Scholarship Fund, The Royal Swedish Academy of Sciences |
Principal Investigator 19,000 SEK 2,000 € |
| 2011: | Hydrological Modeling for Climate Change Impact Assessment The Margit Althin Scholarship Fund in the field of Geography, The Royal Swedish Academy of Sciences |
Principal Investigator 10,000 SEK 1,100 € |
| 2011: | Hydrological Modeling for Climate Change Impact Assessment The Hierta-Retzius Fund for Scientific Research, The Royal Swedish Academy of Sciences |
Principal Investigator 9,000 SEK 1,000 € |