Postdoc in Ancient Environmental DNA and Past Agricultural Systems at Globe Institute, Faculty of Health and Medical Sciences...

This postdoctoral position requires advanced expertise in ancient environmental DNA (eDNA) analysis and its application to reconstructing past agricultural systems. The ideal candidate holds a doctorate degree, reflecting rigorous academic training and deep theoretical knowledge in relevant fields such as molecular biology, genetics, archaeology, or environmental science. With an independent experience level and significant experience points, the role demands proficiency in designing and conducting complex experiments involving ancient DNA extraction, sequencing, and bioinformatic analysis. The candidate should be skilled in utilizing cutting-edge molecular techniques to recover and analyze degraded DNA from environmental samples, including soils, sediments, or archaeological remains. Strong competence in data analysis tools, statistical methods, and possibly programming languages commonly used in genomics and bioinformatics (e.g., R, Python) is expected to interpret genetic data within ecological and archaeological contexts. The position involves interdisciplinary collaboration, integrating molecular data with archaeological and environmental evidence to elucidate historical agricultural practices and ecosystem changes. Experience with next-generation sequencing platforms, contamination control, and ancient DNA authentication protocols is essential. Additionally, the candidate should demonstrate the ability to independently manage research projects, contribute to scientific publications, and communicate findings effectively within the academic community. Overall, this role suits a highly skilled researcher with a robust background in ancient DNA methodologies, bioinformatics, and paleoenvironmental reconstruction, aiming to advance understanding of historical human-environment interactions through innovative molecular approaches.