Manavgat River flows into the Mediterranean sea at southern coasts of Turkey. The river mouth being unstable shoals and shifts seasonally, preventing continuous navigation of boats and yachts through the entrance channel of river mouth. To stabilize the river mouth some alternative structures are studied and jetty type structure is chosen as the protection structure. The shoreline change of the Manavgat River mouth with and without protection structure is studied by using one line model for shoreline evolution. Two different sets of wave data (as seasonal or yearly averages) are used as the inputs of the model. The effects of different wave data sets on the shoreline changes are compared and discussed
In this study, circulation model of Büyük Menderes River and the adjacent coastal areas willbe prese...
This paper introduces new method for simulating shoreline change from multi-SAR data. Edge detection...
In this study, a numerical model is developed to determine shoreline changes due to wind wave induce...
River mouths are very active coastal regions. Continuous sediment supply by the river and the moveme...
In this study, available coastal models are briefly discussed and under wind waves and a numerical s...
In this study, a numerical model “Modified Coast-Structure Interaction Numerical Model” (CSIM) is de...
An accurate prediction of shoreline changes behind detached breakwaters is, in regard to the adjustm...
Many coasts around the world experience erosion as a result of a lack of sediment supply, local inte...
Prediction of the shoreline response behind offshore breakwaters is essential for coastal protection...
In this study, the evolution of the numerical water wave models with the theoretical background and ...
In this study, XBeach, a two dimensional depth averaged numerical model developed mainly for simulat...
In recent decades in the Mediterranean Sea, high anthropic pressure from increasing economic and tou...
The morphology of river mouths can be completely changed by dramatic flow changes caused by climate ...
Even though coasts including coastlines, beaches, and dunes will always tend to reach a...
This study focuses on the impact of potential changes in the wind-wave climate on shoreline change. ...
In this study, circulation model of Büyük Menderes River and the adjacent coastal areas willbe prese...
This paper introduces new method for simulating shoreline change from multi-SAR data. Edge detection...
In this study, a numerical model is developed to determine shoreline changes due to wind wave induce...
River mouths are very active coastal regions. Continuous sediment supply by the river and the moveme...
In this study, available coastal models are briefly discussed and under wind waves and a numerical s...
In this study, a numerical model “Modified Coast-Structure Interaction Numerical Model” (CSIM) is de...
An accurate prediction of shoreline changes behind detached breakwaters is, in regard to the adjustm...
Many coasts around the world experience erosion as a result of a lack of sediment supply, local inte...
Prediction of the shoreline response behind offshore breakwaters is essential for coastal protection...
In this study, the evolution of the numerical water wave models with the theoretical background and ...
In this study, XBeach, a two dimensional depth averaged numerical model developed mainly for simulat...
In recent decades in the Mediterranean Sea, high anthropic pressure from increasing economic and tou...
The morphology of river mouths can be completely changed by dramatic flow changes caused by climate ...
Even though coasts including coastlines, beaches, and dunes will always tend to reach a...
This study focuses on the impact of potential changes in the wind-wave climate on shoreline change. ...
In this study, circulation model of Büyük Menderes River and the adjacent coastal areas willbe prese...
This paper introduces new method for simulating shoreline change from multi-SAR data. Edge detection...
In this study, a numerical model is developed to determine shoreline changes due to wind wave induce...