Physical Limnology and Oceanography: hydrodynamical modelling of lakes

Title:

PhD in Physical Limnology and Oceanography: Hydrodynamical modelling of lakes

Project Overview:

We invite applications for a fully funded PhD studentship focusing on the hydrodynamical modelling of lakes, with a specific emphasis on Loch Ness, Scotland. This project aims to conduct cutting-edge research on the hydrodynamic impacts of a proposed Pumped Storage Hydropower (PSH) plant in Loch Ness. It is pivotal for advancing sustainable energy solutions in the Scottish Highlands and involves the development of a sophisticated 3D hydro-environmental model to assess the PSH plant’s effects on the lake’s thermal and hydrological environment.

Research Aim:

The goal of this PhD project is to create an advanced hydro-environmental model for Loch Ness to understand and predict the impact of a PSH plant on the lake’s thermal stratification and circulation patterns. The study will also include Loch nam Breac Dearga, which will serve as the headpond, to ensure a comprehensive evaluation of the PSH system’s impact. The research will further investigate the physical processes driving circulation and mixing patterns in Loch Ness, including how these processes may be influenced by climate change.

Key Responsibilities:

·       Develop and calibrate a detailed 3D hydro-environmental model of Loch Ness and its interaction with Loch nam Breac Dearga.

·       Undertake fieldwork in Loch Ness, including the deployment of instruments such as Acoustic Doppler Current Profilers (ADCPs) and thermistors to collect data on circulation and temperature patterns.

·       Investigate the physical processes that drive circulation and mixing in the loch, providing a deeper understanding of the lake’s hydrodynamics.

·       Analyse the effects of PSH plant operations on the lake’s thermal stratification, circulation patterns, and ecological dynamics.

·       Conduct model simulations to assess the potential impacts of climate change on Loch Ness and its interaction with the PSH system.

·       Assess potential environmental changes resulting from PSH activities and provide data-driven recommendations for mitigating negative impacts.

·       Contribute to the sustainable development of renewable energy infrastructure by balancing energy needs with environmental conservation.

·       Engage with stakeholders and contribute to project reports and publications.

Funding

This is a fully funded PhD Studentship with a stipend of: £19,237 per annum; Stipend provides financial support for full-time study.

This project would be suitable for someone with a minimum of a UK Honours Degree at 2:1 level (or equivalent) in hydrology, mathematics, meteorology, computer science, earth sciences, geography, or a closely related environmental or physical science. Students with a keen interest in water research science, data science and numerical modelling are encouraged. Although not essential, it would be beneficial for you to have some experience of using a programming language such as Python, R, and/or MATLAB. It will also be an advantage to have good communication skills, a practical attitude, and to be pro-active and self-motivated.

Expressions of interest can be made to Dr Iestyn Woolway iestyn.woolway@bangor.ac.uk