Sort by
Refine Your Search
-
is funded by the University of Bergen and is part of SFI Smart Ocean , a centre for research-based innovation. About the project/work tasks The PhD project has work title Wideband Methods for Complex
-
affiliated with the Fish Health research group , and Sea Lice Research Center . About the project/work tasks: One of the biggest challenges for salmon farming is the ectoparasite salmon lice (Lepeophtheirus
-
acid-base status and ion-regulatory status of Atlantic salmon and Rainbow trout exposed to different water qualities. Requirements Research FieldBiological sciencesEducation LevelPhD or equivalent Skills
-
subject to financing by the University of Bergen and is affiliated with the Fish Health research group , and Sea Lice Research Center . About the project/work tasks: One of the biggest challenges for salmon
-
reconstructions. The method is based on the density of drip water relicts that are preserved in microscopic fluid inclusions. In the FluidMICS project, we aim to further develop and improve this method, to test its
-
nearshore wave forecasting faster, more efficient and more accurate. It is expected that the person to be appointed in this position will be using and developing numerical models for ocean waves. The
-
. The research group works to make ammonia production more sustainable and environmentally friendly and develops catalysts and processes for the synthesis of ammonia directly from water and nitrogen. The research
-
prepare new metal-organic framework materials and their derivatives, evaluate their properties for hydrogen purification and as component in photocatalytic water-splitting, ammonia synthesis and methane
-
their derivatives, evaluate their properties for hydrogen purification and as component in photocatalytic water-splitting, ammonia synthesis and methane cracking. The position is part of the work package
-
reconstructions. The method is based on the density of drip water relicts that are preserved in microscopic fluid inclusions. In the FluidMICS project, we aim to further develop and improve this method, to test its