The transport of pelagic plankton by wind‐driven ocean currents and surface gravity waves
is investigated for the example of Northeast Arctic cod eggs and larvae on the coast of …

The paper addresses the sensitivity of a novel method for quantifying the environmental
risks associated with the current-driven transport of adverse impacts released from offshore …

The Norwegian coast is populated by two cod populations: Northeast Arctic cod and
Norwegian Coastal cod. In this paper, we use a further division based on life history: oceanic …

Norwegian coastal cod form a stationary population of Atlantic cod Gadus morhua consisting
of several genetically separated subpopulations. A small-scale differentiation in marine …

The circulation in fjords with characteristic branched structure and mountainous
surroundings are strongly influenced by the local wind pattern. Sufficiently high atmospheric …

This study focuses on how wave–current and wave–turbulence interactions modify the
transport of buoyant particles in the ocean. Here the particles can represent oil droplets …

Lagrangian trajectory methods are often applied as deterministic transport models, where
transport is due strictly to advection without taking into account stochastic elements of …

High annual precipitation and steep mountains make Norway especially suited for the
extraction of potential energy from waterfalls and is the country with largest production of …

Background Individual-based biophysical larval models, initialized and parameterized by
observations, enable numerical investigations of various factors regulating survival of young …

In this study we compare a high resolution model of waters on the Norwegian Shelf with
hydrographic observations obtained during 2009 at Ingøy, a fixed coastal station off …