The principal features of the marine ecosystems in the Barents and Norwegian Seas and
some of their responses to climate variations are described. The physical oceanography is …

Climate may affect marine fish populations through many different pathways, operating at a
variety of temporal and spatial scales. Climate impacts may work their way bottom up …

Climatic oscillations as reflected in atmospheric modes such as the North Atlantic Oscillation
(NAO) may be seen as a proxy for regulating forces in aquatic and terrestrial ecosystems …

A strong association is documented between variability of the North Atlantic Oscillation
(NAO) and changes in various trophic levels of the marine ecosystems of the North Atlantic …

Atlantic cod (Gadus morhua) is one of the commercially most important fish species in the
North Atlantic and plays a central role in several ecosystems. Fishing pressure has been …

The recruitment of Atlantic cod stocks shows different responses to temperature changes.
Cod stocks inhabiting the lower temperature range show generally an increase in …

We address the hypothesis that survival of a cohort is directly related to growth rates during
the pre-recruit period for marine fish. This hypothesis is widely accepted, but supporting field …

The introduction of 200 nm exclusive economic zones (EEZs) in the late 1970s required
increased collaboration among neighbouring coastal states to manage transboundary and …

Characteristics of temperature-dependent metabolic adaptation, as well as their implications
for climate-dependent energy budgets, biogeography and fitness are reviewed and …

Long-term time-series of bluefin tuna catches from ancestral Mediterranean and Atlantic trap
fisheries are presented and analysed. The trap is a passive gear, little modified for centuries …