The need to understand the impact of the environment on the fluctuations in fisheries yield in the Northeast Atlantic was a major motivation for the creation of ICES. From the very beginning, two main research tasks were talen on: l) the establishment of relationships between the distribution and behaviour of fish and environmental characteristics for the purpose of real-time and short-term predictions and advice about where and when the fishing fleets could increase their catches, and 2) the influence of environmental factors on fish stock parameters/variables such as recruitment, growth, maturation, and mortality in order to advise on optimum yields and forecast yield fluctuations. While the purpose of the first of these tasks was rendere...
The study was undertaken to investigate how environmental conditions influence growth of Atlantic s...
An ecosystem approach to fisheries management requires the consideration of commercial species as co...
The relative importance of exploitation rate and environmental variability in generating \ufb02uctua...
The need to understand the impact of the environment on the fluctuations in fisheries yield in the ...
Based on an extensive review of available knowledge, several sources of information have been identi...
Fish stock predictions are used to guide fisheries management, but stocks continue to be over-exploi...
Adequately assess the environmental effects on commercially exploited fish stocks is one of the main...
A difficulty that frequently arises when stock-recruitment relationships are fitted to historical da...
A component of the ecosystem approach to fisheries management is the understanding of the environmen...
Disentangling environmental variability from fishing effects on the dynamics of fish populations is ...
Graduation date: 2015Stock assessments use statistical models and empirical data to re-create the po...
Fish in many exploited stocks grow faster and mature earlier at either larger or smaller sizes in co...
A variety of existing scientific knowledge can be better utilised for improving stock assessments an...
This paper develops a framework for the study of climate on fish populations based on first principl...
Contributor: Mikko HeinoA component of the ecosystem approach to fisheries management is the underst...
The study was undertaken to investigate how environmental conditions influence growth of Atlantic s...
An ecosystem approach to fisheries management requires the consideration of commercial species as co...
The relative importance of exploitation rate and environmental variability in generating \ufb02uctua...
The need to understand the impact of the environment on the fluctuations in fisheries yield in the ...
Based on an extensive review of available knowledge, several sources of information have been identi...
Fish stock predictions are used to guide fisheries management, but stocks continue to be over-exploi...
Adequately assess the environmental effects on commercially exploited fish stocks is one of the main...
A difficulty that frequently arises when stock-recruitment relationships are fitted to historical da...
A component of the ecosystem approach to fisheries management is the understanding of the environmen...
Disentangling environmental variability from fishing effects on the dynamics of fish populations is ...
Graduation date: 2015Stock assessments use statistical models and empirical data to re-create the po...
Fish in many exploited stocks grow faster and mature earlier at either larger or smaller sizes in co...
A variety of existing scientific knowledge can be better utilised for improving stock assessments an...
This paper develops a framework for the study of climate on fish populations based on first principl...
Contributor: Mikko HeinoA component of the ecosystem approach to fisheries management is the underst...
The study was undertaken to investigate how environmental conditions influence growth of Atlantic s...
An ecosystem approach to fisheries management requires the consideration of commercial species as co...
The relative importance of exploitation rate and environmental variability in generating \ufb02uctua...