Post-Doctoral Research Fellow in Ancient Sedimentary DNA(UK Sponsorship)

Job Description

Project Overview

The University of Reading is offering a Post-Doctoral Research Fellow position as part of the Medieval Green Revolution (MEDGREENREV) project, funded by the European Research Council (ERC). This international collaboration explores how environmental and cultural changes shaped societies in the medieval Western Mediterranean region.

The project is delivered in partnership with several leading institutions, including the Autonomous University of Barcelona, University of Granada, University of York, UCL, University of Basel, University of Valencia, and University of Murcia.

This role focuses on the analysis of sedimentary ancient DNA (sedaDNA) from archaeological and environmental samples across Spain and North Africa, contributing to the reconstruction of past ecosystems and human–environment interactions.

UK research funding and frameworks

Research Focus

The successful candidate will contribute to cutting-edge archaeological science by:

• Analysing sedimentary ancient DNA from soils and archaeological deposits
  Investigating past plant and animal biodiversity changes over time
  Studying terraces, irrigated landscapes, and archaeological sites
  Reconstructing long-term environmental and cultural transformations
  Working with degraded environmental DNA and complex metagenomic datasets

 general environmental science and research context

Laboratory & Fieldwork Activities

This position combines laboratory-based and computational research:

• Conducting work in a dedicated ancient DNA laboratory (Natural History Museum, London)
  Applying next-generation sequencing techniques to degraded DNA samples
  Performing advanced bioinformatics and metagenomic data analysis
  Contributing to field sampling campaigns where necessary
  Collaborating with interdisciplinary teams across archaeology, palaeoecology, and history

UK scientific research standards

Candidate Requirements

Essential Criteria

• PhD in Archaeology, Biology, Environmental Science, or a related field with a focus on ancient DNA
  Strong expertise in ancient or degraded DNA laboratory techniques
  Experience with next-generation sequencing workflows
  Proven ability to analyse metagenomic or environmental DNA datasets
  Strong analytical and problem-solving skills
  Evidence of research outputs at a national or international level
  Excellent communication skills (written and verbal)
  Ability to work independently and collaboratively

Desirable Experience

• Fieldwork experience in archaeological or environmental sampling
  Familiarity with interdisciplinary research environments
  Experience working with international research collaborations

 UK qualification level reference

Research Environment

This is a joint appointment between the University of Reading and the Natural History Museum (NHM), London. The role offers access to world-class facilities and close collaboration with leading experts in archaeological science and ancient DNA research.

The successful candidate will also contribute to strengthening long-term research partnerships between the two institutions.

Career Development

The position is designed to support early postdoctoral career development, offering opportunities to:

• Develop an independent research profile
  Publish in high-impact scientific journals
  Engage in international research networks
  Gain experience in interdisciplinary archaeological science

Equality, Diversity & Inclusion

The University of Reading promotes an inclusive and supportive research environment. It is committed to equality initiatives including Athena SWAN, the Race Equality Charter, and LGBT+ inclusion.

Flexible working arrangements may be considered depending on project needs.

Visa & Immigration Information

This role may be eligible for Skilled Worker visa sponsorship, depending on UK Home Office requirements and eligibility criteria.

Summary

This Post-Doctoral Fellowship offers a unique opportunity to contribute to internationally significant research in ancient sedimentary DNA, combining archaeological science, environmental reconstruction, and advanced genomic techniques within a major European research collaboration.