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Plants go through various developmental phases, including flowering and fruit and seed production. Environmental factors influence these transitions. In this CropXR project, you will study how plants sense and respond to environmental stresses to adjust reproductive growth. Focusing on molecular networks regulating floral transition, you’ll identify key hubs controlling reproductive processes under temperature and drought stress. Findings will guide strategies to help plants thrive in changing climatic conditions.
This PhD position is part of the CropXR research programme. CropXR is focused on developing innovative breeding methods to enhance crop resilience, sustainability, and climate adaptation. With a budget of 96 million euros over the next decade, CropXR aims to create eXtra Resilient (XR), sustainable, and climate-adapted crops. This collaborative initiative involves four Dutch universities and numerous companies, encompassing scientific research, data collection and sharing, education, and practical applications in agriculture and plant breeding.The project comprises two main parts:
As a PhD candidate, you will be responsible for designing and conducting experiments behind the computer and in the laboratory. You will interact with other CropXR PhD candidates and researchers involved in experimental research, bioinformatics and/or modelling with four Dutch universities participating in the programme, as well as with experts from breeding companies within CropXR. You will also be involved in supervising students and, occasionally, sharing your expertise in the classroom with Bachelor's students. This part of the job will help you learn about teaching and open additional perspectives for the next career steps.
A supervision team of 2-3 people will support your professional development as a researcher. Our research group and the CropXR consortium provide all the needed expertise. You will have opportunities to discuss your professional development and future career steps with a mentor from an industry or other area of your choice.
You are a collaborative, enthusiastic, and curious colleague with a strong interest in molecular plant biology, who:
We work on a better future. In order to do that, we join forces with academics, students, alumni, social partners, the government and the corporate world. Together, we look for sustainable solutions to the big challenges of today and tomorrow.
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