Postdoc in Using 13C for field phenotyping aimed at breeding for drought resilience

This postdoctoral position focuses on applying carbon-13 (13C) isotopic techniques for field phenotyping, specifically targeting the enhancement of drought resilience in plant breeding programs. The role requires expertise in stable isotope analysis, particularly the use of 13C as a tracer to assess physiological traits related to water-use efficiency and drought tolerance in crops. Candidates should have a strong background in plant physiology, agronomy, or related life sciences, with practical experience in field-based phenotyping methods. Familiarity with breeding strategies aimed at improving stress resilience is essential, as is the ability to integrate isotopic data into breeding selection processes. Proficiency in experimental design, data collection under field conditions, and statistical analysis of phenotypic and isotopic data is important. Experience with advanced analytical instruments such as isotope ratio mass spectrometry (IRMS) or similar technologies for 13C measurement is highly desirable. The position also demands skills in managing multidisciplinary research projects, collaborating with breeders and agronomists, and potentially contributing to scientific publications. While specific experience and education levels are not provided, the role implies a doctoral degree in plant sciences, environmental sciences, or a closely related discipline, with postdoctoral research experience in isotopic techniques or plant phenotyping preferred. Overall, the ideal candidate will combine expertise in stable isotope methodologies, field phenotyping, and plant breeding for drought resilience, enabling innovative approaches to crop improvement under water-limited conditions.