Bekiryazici, Zafer/0000-0001-5671-9995WOS: 000433524500026In this study, cohesive sediment depositional areas carried by the Solakh River to the Eastern Black-Sea are examined in the marine environment. Effects of changes in the amount of cohesive sediment entering the sea from Solakh River, sediment drift velocity, direction and magnitude of wind-stream components are observed. For high sediment drift velocity, it is found that the affects of wind-stream components on deposition areas of cohesive sediment are very little. According to the results of the study, entrance angle of the stream mouth effects the deposition areas of sediment in the marine environment. Cohesive sediment depositional areas are examined on the charts by changing one...
Historically, estuaries have been the focal point of extensive industrial activity for maritime nati...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...
The general aim of the Project ''Cohesive Sediment'' of the MAST programme ''G6 Coastal Morphodynami...
WOS: 000353483700008The Southeastern Black Sea coastal region in Turkey and Georgia is under threat ...
The purpose of this work was to analyze the influence of climatic variability of wind waves and swel...
Abstract. The paper analyses the sediment sink processes at the end of a large river sea system as t...
Rieky v juhovýchodnej časti regiónu Čierneho mora sú prehradené priehradami, ktoré slúžia na výrobu ...
Abstract. The second largest river in Europe discharges into the Black Sea through the Danube Delta....
Hazar Port is located in Turkmenistan on Cheleken Peninsula, which is situated on the eastern coast ...
In this paper, a review of a semi-empirical modelling approach for cohesive sediment transport in ri...
194-201In this study, development and evaluation of buoyant river plumes under the influence of the ...
Abstract. The objective of this study is to simulate, through an interaction of two mathematical mod...
International audienceThe transport of fine-grained sediments in the marine environment entails risk...
[Extract] Given ever expanding global trade, the international economy is linked to the well-being o...
The morphology of river mouths can be completely changed by dramatic flow changes caused by climate ...
Historically, estuaries have been the focal point of extensive industrial activity for maritime nati...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...
The general aim of the Project ''Cohesive Sediment'' of the MAST programme ''G6 Coastal Morphodynami...
WOS: 000353483700008The Southeastern Black Sea coastal region in Turkey and Georgia is under threat ...
The purpose of this work was to analyze the influence of climatic variability of wind waves and swel...
Abstract. The paper analyses the sediment sink processes at the end of a large river sea system as t...
Rieky v juhovýchodnej časti regiónu Čierneho mora sú prehradené priehradami, ktoré slúžia na výrobu ...
Abstract. The second largest river in Europe discharges into the Black Sea through the Danube Delta....
Hazar Port is located in Turkmenistan on Cheleken Peninsula, which is situated on the eastern coast ...
In this paper, a review of a semi-empirical modelling approach for cohesive sediment transport in ri...
194-201In this study, development and evaluation of buoyant river plumes under the influence of the ...
Abstract. The objective of this study is to simulate, through an interaction of two mathematical mod...
International audienceThe transport of fine-grained sediments in the marine environment entails risk...
[Extract] Given ever expanding global trade, the international economy is linked to the well-being o...
The morphology of river mouths can be completely changed by dramatic flow changes caused by climate ...
Historically, estuaries have been the focal point of extensive industrial activity for maritime nati...
Mud in the natural environment is a mixture of clays, silt, sand, water and organic matter. It can b...
The general aim of the Project ''Cohesive Sediment'' of the MAST programme ''G6 Coastal Morphodynami...