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Objectives

We aim to obtain a novel long term perspective and predictions on the impacts of climate change in marine ecosystems by developing biochronologies based on otolith increment widths of a suite of marine fish species, evaluating environmental and biotic drivers of growth variability and marine ecosystem productivity, and finally produce a ‘multiple lines of evidence’ approach integrating biological time series data of different taxa from the marine and terrestrial environments.

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I

Develop cross-dated population biochronologies for marine fish species

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II

Identify potential sources of growth variation and population productivity in marine fish species

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III

Develop a regional-scale appraisal of how environmental variation drives system productivity in marine ecosystems

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IV

Assess how environmental variation drives overall biological responses at a regional scale and how future change will affect ecosystems

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