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Effects of the large-scale uncontrolled fertilisation process along the continental coastal North Sea

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Abstract

In this paper, effects of eutrophication in selected compartments of the North Sea ecosystem are discussed, encompassing the possibly positive effects of nutrient enrichment. Based on a variety of studies, impacts on biomass of phytoplankton, macrozoobenthos, microzooplankton, shrimps and fishes and productivity are presented. Enhanced nutrient concentrations and loadings can be observed in several coastal areas of the North Sea. As a result, increases in the concentration, production and changes in the species composition was observed in the phytoplankton. In addition, there are some indications for an increased biomass of macrozoobenthos, whereas an increase in microzooplankton can only be assumed from mesocosm experiments. A concomitant increase of higher trophic levels such as shrimps and fishes, as observed in some coastal regions of the North Sea, is difficult to link directly to eutrophication due to a lack of conclusive field observations showing the causality of the changes. That the large fertilisation process in the North Sea has led to a series of changes is, however, without doubt. The answer, to what extent these can be claimed as being harmless, positive or negative from the anthropogenic point of view, is hampered by the lack of good assessment criteria for marine ecosystems and requires a thorough analysis of all compartments involved by means of long-term-series long enough to discriminate between man-made and natural variability.

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  1. Franciscus Colijn & Urban Tillmann

    Present address: Alfred Wegener Institute for Polar Research, Bremerhaven, Germany

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  1. Westcoast Research and Technology Centre, Hafentörn, 25761, Büsum, Germany

    Franciscus Colijn, Karl-Jürgen Hesse, Norbert Ladwig & Urban Tillmann

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Colijn, F., Hesse, KJ., Ladwig, N. et al. Effects of the large-scale uncontrolled fertilisation process along the continental coastal North Sea. Hydrobiologia 484, 133–148 (2002). https://doi.org/10.1023/A:1021361206529

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