The present review constitutes an updated and integrated assessment of phytoplankton spatiotemporal dynamics in the Aegean Sea, based on data compiled from numerous …
SA Josey, K Schroeder - Environmental Research Letters, 2023 - iopscience.iop.org
A major change in winter sea surface heat loss between two key Mediterranean dense water formation sites, the North–West Mediterranean (NWMed) and the Aegean Sea, since 1950 is …
This study examines the impact of different turbidity products on the Aegean Sea surface physical characteristics, by performing twin-experiment simulations using a high-resolution …
C Tsabaris, G Kousidou, EG Androulakaki… - Journal of Soils and …, 2024 - Springer
Purpose The objective of this work is to study environmental changes and contamination during the last century in a semi-closed marine system, by performing measurements on the …
This chapter illustrates the main characteristics of the dense/deep water formation processes occurring in the Mediterranean Sea and basin-wide vertical circulation. These processes are …
Phytoplankton is a fundamental component of marine food webs and play a crucial role in marine ecosystem functioning. The phenology (timing of growth) of these microscopic algae …
This overview presents the different water masses present in the various primary and secondary marine regions of the Mediterranean Sea and Black Sea, providing information …
C Anagnostou, A Kostianoy, I Mariolakos… - The Aegean Sea …, 2022 - Springer
This chapter is an introduction to the book “The Aegean Sea Environment: The Natural System,” which is the first book of the two-volume issue with the second volume entitled “The …
Abstract The Black Sea Waters (BSW) exported into the Aegean Sea largely control its overturning circulation as well as the regional biogeochemical characteristics. Observational …