Add to ORKGThe major aim of the present study was to investigate the influence of varying transport regimes on larval survival and subsequent recruitment of two major Baltic fish species, cod and sprat. A three-dimensional eddy resolving baroclinic model of the Baltic Sea in combination with a Lagrangian particle tracking technique has been used to model larval drift. New results on larval ecology and transport related survival rates were coupled to the transport model to develop an Individual-based Model of larval survival. A first set-up and utilization of this hydrodynamic/ trophodynamic IBM for cod larvae resulted in new insights in the cod recruitment process
Background: Changes in the survival-rate during the larval phase may strongly influence the recrui...
We employed coupled 3-D biophysical models to better understand the effects of physical forcing cond...
Connectivity of pelagic, early life stages via transport by ocean currents may affect survival chanc...
The major aim of the present study was to investigate the influence of varying transport regimes on ...
The spatio-temporal origin of surviving juvenile Baltic cod Gadus morhua was investigated by couplin...
Retention or dispersion of larvae from the spawning grounds has been identified as one of the key p...
To disentangle the effects of different drivers on recruitment variability of marine fish, a spatial...
The recruitment processes of Baltic cod and sprat were analysed and critical periods were identified...
Abstract Background Changes in the survival-rate during the larval phase may strongly influence the ...
The survival of fish eggs and larvae, and therefore recruitment success, can be critically affected ...
s, larval drift hypothesis in the Baltic Sea: retention versus dispersion caused by wind-driven circ...
The period of larval drift into a suitable nursery area is considered to be of great significance fo...
Knowledge of the spatial and temporal distribution of juvenile cod is essential to closing the life ...
Retention or dispersion of larvae from the spawning ground has been identified as one of the key pro...
The GLOBEC Germany program (2002–2007) had the ambitious goal to resolve the processes impacting the...
Background: Changes in the survival-rate during the larval phase may strongly influence the recrui...
We employed coupled 3-D biophysical models to better understand the effects of physical forcing cond...
Connectivity of pelagic, early life stages via transport by ocean currents may affect survival chanc...
The major aim of the present study was to investigate the influence of varying transport regimes on ...
The spatio-temporal origin of surviving juvenile Baltic cod Gadus morhua was investigated by couplin...
Retention or dispersion of larvae from the spawning grounds has been identified as one of the key p...
To disentangle the effects of different drivers on recruitment variability of marine fish, a spatial...
The recruitment processes of Baltic cod and sprat were analysed and critical periods were identified...
Abstract Background Changes in the survival-rate during the larval phase may strongly influence the ...
The survival of fish eggs and larvae, and therefore recruitment success, can be critically affected ...
s, larval drift hypothesis in the Baltic Sea: retention versus dispersion caused by wind-driven circ...
The period of larval drift into a suitable nursery area is considered to be of great significance fo...
Knowledge of the spatial and temporal distribution of juvenile cod is essential to closing the life ...
Retention or dispersion of larvae from the spawning ground has been identified as one of the key pro...
The GLOBEC Germany program (2002–2007) had the ambitious goal to resolve the processes impacting the...
Background: Changes in the survival-rate during the larval phase may strongly influence the recrui...
We employed coupled 3-D biophysical models to better understand the effects of physical forcing cond...
Connectivity of pelagic, early life stages via transport by ocean currents may affect survival chanc...