Overview
We are seeking a highly motivated and quantitatively skilled Research Associate to join an exciting NERC-funded project, Harnessing Ensemble Models for Robust Near‑Term Population Forecasts under Environmental Change.
This project addresses a central challenge in ecology and conservation: how to generate reliable, decision‑relevant forecasts of population dynamics in rapidly changing environments. The successful candidate will work at the forefront of near‑term ecological forecasting (NTEF), developing and applying ensemble modelling approaches that integrate multiple sources of ecological information to improve predictive performance.
The role offers a unique opportunity to contribute to a highly interdisciplinary programme that combines theoretical and computational modelling, experimental validation using high‑resolution population data, and application to world‑leading long‑term datasets (e.g. Soay sheep).
The postholder will work closely with an established international team spanning the Universities of Sheffield, Bristol, and Edinburgh, and engage with external partners in the conservation sector. The project places strong emphasis on open science, reproducible workflows, and real‑world impact, including the development of forecasting tools for practitioners.
This is an ideal role for a researcher looking to develop independence at the interface of quantitative ecology, statistical modelling, and applied conservation science, while contributing to research with societal relevance.
Main duties and responsibilities
The Research Associate will contribute to all aspects of the project, with a primary focus on the development and evaluation of forecasting models.
Research and analysis
* Develop, implement, and evaluate statistical and computational models for near‑term population forecasting, including
o time‑series (e.g. state‑space/MARSS) approaches
o demographic (e.g. IPM/MPM) approaches
* Design and test ensemble modelling frameworks, including hierarchical/meta‑model approaches for combining forecasts.
* Conduct simulation studies to evaluate forecasting performance across ecological and data scenarios.
* Analyse complex ecological datasets, including experimental microcosm data and long‑term field datasets.
* Contribute to the development of robust, reproducible analytical pipelines in R (or similar environments).
* Integrate across work packages – work across simulation, experimental, and real‑world applications to assess model performance under different sources of uncertainty.
* Contribute to the application of forecasting approaches to long‑term population datasets (e.g. Soay sheep).
Dissemination and outputs
* Publish research findings in high‑quality peer‑reviewed journals.
* Present results at national and international conferences and project meetings.
* Contribute to the development of open‑source tools, codebases, and documentation to support uptake of forecasting methods.
Collaboration and project contribution
* Work collaboratively with project partners across institutions and disciplines.
* Contribute to project meetings, workshops, and synthesis activities.
* Engage with non‑academic stakeholders (e.g. conservation organisations) to support the development of tools and outputs.
Wider contributions
* Support the supervision of postgraduate research students where appropriate.
* Maintain high standards of data management, documentation, and research integrity.
* Carry out other duties, commensurate with the grade and remit of the post.
Person Specification
* PhD (or be close to completion / have equivalent postdoctoral level work experience) in a relevant discipline, such as quantitative ecology, statistics, or a related field. (Essential)
* Strong quantitative and analytical skills, with experience applying statistical approaches to ecological or environmental data. (Essential)
* Experience with relevant modelling approaches, such as time‑series methods or demographic projection models. (Essential)
* Experience using programming tools for data analysis (e.g. R, Stan or similar), with an emphasis on reproducible workflows. (Essential)
* Experience contributing to shared code or research databases, including collaborative development practices such as version control. (Desirable)
* Experience engaging with applied or stakeholder‑relevant research, including translating research outputs for non‑academic users. (Desirable)
* Ability to design, implement, and deliver independent research, contributing to a broader collaborative project. (Essential)
* Strong problem‑solving skills, particularly in working with uncertain, noisy, or incomplete data. (Essential)
* Effective written and verbal communication skills, including the ability to present complex ideas clearly. (Essential)
* Evidence of producing, or clear potential to produce, high‑quality research outputs (e.g. publications, preprints, reports). (Essential)
* Good organisational and time management skills, with the ability to manage multiple priorities and meet deadlines. (Essential)
* Commitment to high standards of research practice, including data management, documentation, and reproducibility. (Essential)
Further Information
* Grade: 7
* Salary: £38,784 – £39,906 per annum
* Work arrangement: Full‑time (100% FTE)
* Duration: Fixed‑term, available from 1 July 2026 (or as soon as possible thereafter) for a period of 36 months
* Line manager: Professor of Population Ecology
* Direct reports: None
* Closing date: 16 06 2026
#J-18808-Ljbffr