Jerry Blackford

Professor Jerry Blackford is a leading marine systems modeller with 32 years of expertise at Plymouth Marine Laboratory (PML), where he serves as Head of Science for the Marine Systems Modelling Group. He directs a 20-scientist team spanning postdoctoral researchers to professors, pioneering applications of biogeochemical models for climate policy and carbon management.

His research centers on three interconnected domains: ocean acidification impacts (notably leading the NERC-Defra UKOA programme on shelf-sea acidification), carbon capture and storage risk assessment (including the world-first QICS CO₂ release experiment), and operational oceanography. A core innovation is his "balanced complexity" methodology—developing computationally efficient models that retain ecological fidelity for societal applications like IPCC reporting and CCS regulation.

Recent publications reveal strong thematic clustering: 60% address carbon cycle dynamics (CCS leakage detection, microplastic interactions), 30% focus on model development (ERSEM framework), and 10% analyze climate feedbacks. High-impact journals dominate his output, with Nature Climate Change papers establishing methodologies now adopted by international monitoring programs.

Professor Blackford maintains extensive funding through:

• CMEMS NOWMAPS (operational oceanography)
• NERC CLASS National Capability
• ACT/BEIS ACTOM (CCS monitoring toolboxes)
• UK Earth System Model program

He advises UK government departments (BEIS, Defra), IPCC, and ICES while chairing the Advances in Marine Ecosystem Modelling conference series. His lab provides critical modelling infrastructure for national marine strategy assessments and emerging CCS regulation.

The Marine Systems Modelling Group operates as PML's hub for policy-relevant oceanography, combining high-performance computing with field validation campaigns. Current work integrates machine learning into biogeochemical frameworks for real-time monitoring, positioning the lab at the forefront of climate mitigation science.