More publications
- Effects of Exposure Timing on cyp1a Expression, PAH Elimination, and Lipid Utilization in Lumpfish Embryos Exposed to Produced Water
- Mind the gap – Relevant design for laboratory oil exposure of fish as informed by a numerical impact assessment model Read publication
- An impact-based environmental risk assessment model toolbox for offshore produced water discharges Read publication
- A comparison of Eulerian and Lagrangian methods for vertical particle transport in the water column Read publication
- An annual profile of the impacts of simulated oil spills on the Northeast Arctic cod and haddock fisheries Read publication
- Impact of flow field resolution on produced water transport in Lagrangian and Eulerian models
- DREAM produced water plume and uptake simulations - Predictions and comparisons with data from the 2021 Water Column Monitoring at Ekofisk: plume trajectory and PAH uptake in mussels and copepods Read publication
- Body burdens of PAHs and alkylated phenols in copepods in the Ekofisk region - Water column monitoring 2021 Read publication
- New insights into submarine tailing disposal for a reduced environmental footprint: Lessons learnt from Norwegian fjords Read publication
- The use of lumpfish embryos for environmental monitoring of offshore produced water discharges (SINTEF Report 2021:OC2021 A-098)
Other
- Electromagnetic fields from subsea power cables: A risk driver for biodiversity changes of offshore wind?
- Oil spill modelling for preparedness and potential impacts in the Barents Sea region
- Environmental risk assessment of accidental ammonia spills to the marine environment
- Electromagnetic fields (EMF) - an environmental risk driver for offshore wind?
- Using a numerical model to propose a new laboratory oil exposure design
- Applications of Monte Carlo methods in the Department of Climate and Environment
- In silico and experimental screening platform for characterizing environmental impact of industrial development in the Arctic – an overview of the project EXPECT
- In silico and experimental screening platform for characterizing environmental impact of industrial development in the Arctic – an overview of the project EXPECT
- In silico and experimental screening platform for characterizing environmental impact of industrial development in the Arctic – an overview of the project EXPECT
- Modelling the fate of nanoparticles in the marine environment