An increase in floating debris especially in coastal region has been a great concern as its presence affects marine structures and increase morbidity of marine life. Eulerian and Lagragian method has been widely used to predict the transport of traces or particles especially in particle-tracking of debris. These particle-tracking models were applied to large scale oceanic models to understand the migration pattern of floating debris. The numerical modelling of floating debris is challenging and is still an active area of research. This paper provides a brief review of works that have been done on floating debris migration using state of the art numerical model
Plastic debris has become an acute marine pollution concern worldwide in modern times. Indonesia is ...
The paper describes the calibration of a numerical model to simulate the 2D motion of floating rigid...
The Great Sumatra Tsunami on 26 December 2004 generated large amounts of debris and waste throughout...
Marine debris is an important environmental problem that affects aquatic animals, ecosystems, econom...
A model is described that simulates the paths taken by a large number of identified particles on the...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The complex circulation for both atmospheric and ocean affects the pathways of floating marine debri...
Numerical modeling is one of the key tools with which we can gain insight into the distribution of m...
The work presented contributes to the development of an appropriate numeri-cal model that incorporat...
Understanding the physical mechanisms behind the transport and accumulation of floating objects in t...
Citarum River is one of the largest rivers in West Java, Indonesia. With a length of 297 km, it tran...
A model, SandTrack, has been established to simulate movements of sand-sized particles in coastal wa...
Numerical modelling is an effective tool complementing in-situ or remote sensing observations of pla...
Plastic debris has become an acute marine pollution concern worldwide in modern times. Indonesia is ...
The paper describes the calibration of a numerical model to simulate the 2D motion of floating rigid...
The Great Sumatra Tsunami on 26 December 2004 generated large amounts of debris and waste throughout...
Marine debris is an important environmental problem that affects aquatic animals, ecosystems, econom...
A model is described that simulates the paths taken by a large number of identified particles on the...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The accumulation of floating anthropogenic debris in marine and coastal areas has environmental, eco...
The complex circulation for both atmospheric and ocean affects the pathways of floating marine debri...
Numerical modeling is one of the key tools with which we can gain insight into the distribution of m...
The work presented contributes to the development of an appropriate numeri-cal model that incorporat...
Understanding the physical mechanisms behind the transport and accumulation of floating objects in t...
Citarum River is one of the largest rivers in West Java, Indonesia. With a length of 297 km, it tran...
A model, SandTrack, has been established to simulate movements of sand-sized particles in coastal wa...
Numerical modelling is an effective tool complementing in-situ or remote sensing observations of pla...
Plastic debris has become an acute marine pollution concern worldwide in modern times. Indonesia is ...
The paper describes the calibration of a numerical model to simulate the 2D motion of floating rigid...
The Great Sumatra Tsunami on 26 December 2004 generated large amounts of debris and waste throughout...