Modelling the Danube-influenced north-western continental shelf of the Black Sea. II: Ecosystem response to changes in nutrient delivery by the Danube River after its …
C Lancelot, J Staneva, D Van Eeckhout… - Estuarine, Coastal and …, 2002 - Elsevier
The ecological model BIOGEN, describing the carbon, nitrogen, phosphorus and silicon
cycling throughout aggregated chemical and biological compartments of the planktonic and
benthic marine systems, has been implemented in the north-western Black Sea to assess
the response of this coastal ecosystem to eutrophication by the Danube River. The trophic
resolution of BIOGEN was chosen to simulate the major ecological changes reported in this
coastal area since the 1960s. Particular attention was paid to establishing the link between …
cycling throughout aggregated chemical and biological compartments of the planktonic and
benthic marine systems, has been implemented in the north-western Black Sea to assess
the response of this coastal ecosystem to eutrophication by the Danube River. The trophic
resolution of BIOGEN was chosen to simulate the major ecological changes reported in this
coastal area since the 1960s. Particular attention was paid to establishing the link between …
Modelling the Danube-influenced North-western continental shelf of the Black Sea. I: Hydrodynamical processes simulated by 3-D and box models
A hydrodynamical modelling of the Black Sea is presented using the GHER 3-D primitive
equation model. Results of a very high resolution model with 5km grid size are analysed and
the dominant features of general circulation in the Black Sea are highlighted. Compared with
a coarse resolution model, forced with the same climatic monthly averaged atmospheric
data, the high resolution model exhibits stronger variability, including frontal structures and
coastal upwellings induced by baroclinic instabilities, in particular along the Turkish coast. A …
equation model. Results of a very high resolution model with 5km grid size are analysed and
the dominant features of general circulation in the Black Sea are highlighted. Compared with
a coarse resolution model, forced with the same climatic monthly averaged atmospheric
data, the high resolution model exhibits stronger variability, including frontal structures and
coastal upwellings induced by baroclinic instabilities, in particular along the Turkish coast. A …
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