Do you want to contribute to the protein transition and biodiversity-positive cropping systems? Are you interested in investigating how novel protein crops can support soil functioning and resilience to extreme weather and climate events at different scales? Then this PhD position within the REAP2SOW programme might be for you!We are seeking a highly motivated PhD candidate to investigate how new protein crops, namely quinoa, white lupin and/or aardaker (
Lathyrus tuberosus), can contribute to soil health and soil carbon stabilisation in cropping systems. The PhD position will focus on understanding the impact of the inclusion of protein crops in crop rotations on soil functioning and quantifying the relevance of their root exudates for water stress resilience and carbon storage. The approach will include on-farm observations, field experiments and controlled lab and greenhouse experiments.
Your role - Together with other project members, design and execute experiments on the impact of protein crops on soil functioning and resilience to water stress.
- Develop and perform controlled greenhouse and lab experiments to determine the role of root exudates in soil carbon stabilization and soil structure regulation.
- Be part of a larger consortium working with various disciplines and stakeholders on the design and transition toward protein cropping systems.
- Write and publish your research in leading scientific journals and communicate your findings through your PhD thesis and broader societal outreach.
You will work hereThis research is embedded within two research groups: the Soil Biology Group (SBL) and the Soil Geography and Landscape Group (SGL), with supervision by Prof. Ellis Hoffland, Dr. Marie Zwetsloot and Dr. Julian Helfenstein. The Soil Biology Group regards soil life as key to sustainable (agro)ecosystems and study the role of soil organisms in element (carbon, nutrient) transformations in soils. The mission of the Soil Geography and Landscape Group is to improve and share understanding of patterns and dynamics of soils, landscapes and earth surface dynamics and their drivers, like climate change and human-landscape interactions.
This NWA-funded PhD position is part of the REAP2SOW programme, a national collaboration between Wageningen University & Research, Utrecht University, Leiden University, the University of Twente, and the University of Groningen, together with partners across the agri-food sector. REAP2SOW addresses the urgent challenge of transitioning to a sustainable, plant-based protein system by 2050, aiming to reduce the environmental impact of agriculture and strengthen food security in the face of climate change and increasing weather extremes that affect ecosystem functioning. The programme brings together interdisciplinary expertise spanning natural, social, and technical sciences.
Within REAP2SOW, our work package, comprising two PhD projects, will focus on how climate-resilient food systems and novel protein crops can enhance soil ecosystem functions, such as biodiversity, water stress resilience, and carbon sequestration. The vacancy for the other PhD project in our work package based at Leiden University has already closed.
This work package closely collaborates with other REAP2SOW WPs addressing agronomy, biodiversity, plant physiology, and crop breeding, ensuring strong integration across disciplines and scales. The advertised position will focus on root exudates and soil carbon stabilization as well as scaling up findings through on-farm research to understand how novel protein crops could support soil health in cropping systems. The second PhD based at Leiden University will focus on soil microbiomes and resilience. Together, these projects provide an integrated understanding of the impact of protein crops on soil functioning and biodiversity.