Project: DELTA-Hub (Horizon Europe ERA Chairs), ERA chair Prof. Edward Anthony
DELTA-Hub strengthens research capacity at the University of Bucharest in delta science, with the Danube Delta as its flagship study site. A central ambition of the project is to underpin a new hydro-sedimentary management strategy for the delta, one that integrates Beneficial Use of Dredged Material (BUDM) and Nature-based Solutions (NbS) with quantitative, process-based understanding of sediment dynamics. This PhD position will provide the scientific foundation for that strategy.
The thesis will advance the quantitative understanding of sediment dynamics in the Danube Delta and evaluate the morphodynamic effectiveness of BUDM and NbS interventions through process-based modelling constrained by in-situ and satellite observations. Specifically, the candidate will:
Extend and calibrate the sediment transport component of the Danube Delta Twin model, using new in-situ data from optical and acoustic sensors (turbidity, backscatter, ADCP) and from filtered water samples (SSC/SPM).
Support the calibration and validation of satellite-derived suspended sediment products (Sentinel-2, SWOT) against in-situ observations.
Quantify sediment pathways, budgets, and depositional regimes across key sub-systems of the delta under present and plausible future hydro-climatic forcings.
Design and evaluate BUDM and NbS intervention scenarios, assessing their morphodynamic performance and coastal-protection value.
Synthesise the results into a transferable framework informing sediment management in low-energy, micro-tidal deltas, contributing directly to the hydro-sedimentary management strategy being developed within DELTA-Hub.
Required
MSc degree (obtained by July 2026) in Earth sciences, Physical geography, Coastal/marine science, Hydrology, Environmental engineering or a closely related field
Quantitative background with programming skills (Python, MATLAB or R)
Good written and spoken English
Motivation for combining numerical modelling with field and laboratory work
Assets (not required)
Experience with MIKE 21/3 FM or comparable models (Delft3D, TELEMAC)
Experience with optical/acoustic sediment sensors or water-sample processing
Familiarity with satellite remote sensing (Sentinel-2, SWOT)
Romanian language skills (useful for fieldwork and stakeholder interaction)
A fully funded 3.5-year PhD position within an international Horizon Europe ERA Chairs project
Supervision by Florin Tătui (University of Bucharest), Edward Anthony (CEREGE, Aix-Marseille Université), and Florin Zăinescu (University of Bucharest / SCMF)
Co-supervision and secondment opportunities with DELTA-Hub International Advisory Board institutions, including TU Delft, Deltares, Tour du Valat, Tyndall Centre for Climate Change Research (University of East Anglia), Wageningen University, and Universitat Politècnica de Catalunya, JPL NASA.
Access to the DELTA-Hub modelling infrastructure and the Sfântu Gheorghe Marine and Fluvial Research Station
Regular fieldwork in the Danube Delta
Travel funding for international conferences and training schools
Integration into a vibrant team working across modelling, remote sensing, and coastal geomorphology
Application deadline: 1st of June 2026
Interview 1: 15 June 2026 (selected candidates)
Interview 2: July 2026 (as part of the Doctoral School admission procedure)
Enrolment: 1 October 2026