A one-dimensional, vertically resolved, physical-biochemical upper ocean model is utilized to study plankton productivity and nitrogen cycling in the central Black Sea region characterized by cyclonic gyral circulation. The model is an extension of the one given by Oguz et al. (1996, J, Geophys. Res. 101, 16585-16599) with identical physical characteristics but incorporating a multi-component plankton structure in its biological module, Phytoplankton are represented by two groups, typifying diatoms and flagellates, Zooplankton are also separated into two groups: microzooplankton (nominally <200 mu m) and mesozooplankton (0.2-2 mm), The other components of the biochemical model are detritus and nitrogen in the forms of nitrate and ammonium. ...
The purpose of this study was to measure directly the rates of several of the processes responsible ...
A 3D coupled biogeochemical-hydrodynamical model has been applied to the Black Sea to simulate nitro...
This study describes the coupling between physical and biogeochemical models and analyses the respon...
The annual cycle of the plankton dynamics in the central Black Sea is studied by a one-dimensional v...
A one-dimensional, vertically resolved, physical-biogeochemical model is used to provide a unified r...
International audienceA 6-compartment biogeochemical model of nitrogen cycling and plankton producti...
A 6-compartment biogeochemical model of nitrogen cycling and plankton productivity has been coupled ...
[1] A six-compartment ecosystem model defined by a simple nitrogen cycle is coupled with a general c...
The processes governing the biogeochemical structure of the upper layer water column in the central ...
The regional Black Sea Ecosystem Model (BSEM) has been updated to describe better the Black Sea phyt...
A one-dimensional coupled physical-biogeochemical model has been developed to simulate the ecosystem...
A one-dimensional coupled physical–biogeochemical model has been developed to simulate the ecosystem...
An overview of our ongoing efforts on modeling the Black Sea general circulation and lower trophic l...
The ventilation of the Black Sea waters by physical and biogeochemical processes is investigated usi...
The present paper summarizes the results of several simulations of the central Black Sea pelagic foo...
The purpose of this study was to measure directly the rates of several of the processes responsible ...
A 3D coupled biogeochemical-hydrodynamical model has been applied to the Black Sea to simulate nitro...
This study describes the coupling between physical and biogeochemical models and analyses the respon...
The annual cycle of the plankton dynamics in the central Black Sea is studied by a one-dimensional v...
A one-dimensional, vertically resolved, physical-biogeochemical model is used to provide a unified r...
International audienceA 6-compartment biogeochemical model of nitrogen cycling and plankton producti...
A 6-compartment biogeochemical model of nitrogen cycling and plankton productivity has been coupled ...
[1] A six-compartment ecosystem model defined by a simple nitrogen cycle is coupled with a general c...
The processes governing the biogeochemical structure of the upper layer water column in the central ...
The regional Black Sea Ecosystem Model (BSEM) has been updated to describe better the Black Sea phyt...
A one-dimensional coupled physical-biogeochemical model has been developed to simulate the ecosystem...
A one-dimensional coupled physical–biogeochemical model has been developed to simulate the ecosystem...
An overview of our ongoing efforts on modeling the Black Sea general circulation and lower trophic l...
The ventilation of the Black Sea waters by physical and biogeochemical processes is investigated usi...
The present paper summarizes the results of several simulations of the central Black Sea pelagic foo...
The purpose of this study was to measure directly the rates of several of the processes responsible ...
A 3D coupled biogeochemical-hydrodynamical model has been applied to the Black Sea to simulate nitro...
This study describes the coupling between physical and biogeochemical models and analyses the respon...