Fish consumption is on the increase due to the increase in growth of the global population.
Therefore, taking advantage of new methods such as marine aquaculture can be a reliable …

To improve our understanding of the Caspian Sea hydrodynamics, its circulation is
simulated with special focus on wind-driven currents of its southern basin. The …

The relationship between species and habitat is important in ecosystem-based fisheries
management. Habitat suitability index (HSI) modeling is a valuable tool in ecology and can …

Like other inland seas, the Caspian Sea (CS) has been influenced by climate change and
anthropogenic disturbance during recent decades, yet the scientific understanding of this …

In this study, wind-driven coastal upwelling in the Caspian Sea was investigated using a
developed three-dimensional hydrodynamic numerical model based on the Princeton …

We describe the development of a coupled regional atmosphere-ocean model (RegCM4-
ROMS) and its implementation over the Caspian Sea basin. The coupled model is run for …

Abstract Decadal variability in Caspian Sea thermohaline properties is investigated using a
high-resolution ocean general circulation model including sea ice thermodynamics and air …

Results from idealized model simulations (a relationship between Caspian Sea level [CSL]
with its change of the Caspian Sea [CS] size and CS surface temperature [SST]) are …

Identifying the most important independent environmental variables affecting the habitat
preferences of marine fish species is very important for a proper and effective fisheries …

Near the ocean surface, river plumes influence stratification, buoyancy and transport of
tracers, nutrients and pollutants. The extent to which river plumes influence the overall …