Add to ORKGHigh-resolution ocean velocity data has become readily available since the introduction of very high frequency (VHF) radar technology. The vast amount of data generated so far, however, remains largely unused in environmental prediction. In this paper, we use VHF data of the Florida coastline to locate Lagrangian coherent structures (LCS) hidden in ocean surface currents. Such structures govern the spread of organic contaminants and passive drifters that stay confined to the ocean surface. We use the Lagrangian structures in a real-time pollution release scheme that reduces the effect of industrial contamination on the coastal environment
Lagrangian ocean analysis, where virtual parcels of water are tracked through hydrodynamic fields, p...
We explore the possibility to identify areas of intense patch formation from floating items due to s...
Abstract: In coastal water systems, horizontal chaotic dispersion plays a significant role in the di...
High-resolution ocean velocity data has become readily available since the introduction of very high...
Very High-frequency (VHF) radar technology produces detailed surface velocity maps near the surface ...
In order to understand water quality in the coastal ocean and its effects on human health, the neces...
High frequency radar (HFR) can be used to predict particle trajectories in coastal surface waters; w...
Coastal and estuarine ecosystems are heavily influenced through floating debris pollution. This ofte...
Coastal regions are of great ecological and economic value. Horizontal chaotic dispersion plays an i...
One serious issue in Environmental Science and Engineering concerns the prediction of the fate of co...
Escalating national interest in the coastal ocean underscores the need for high-quality surface curr...
A Lagrangian approach is used in physical oceanography to follow a parcel of water as it moves along...
Escalating national interest in the coastal ocean underscores the need for high‐quality surface curr...
Lagrangian coherent Structures (LCS) are useful to investigate material transport and have only rece...
This paper investigates the transport structure of surface currents around the Monterey Bay, CA regi...
Lagrangian ocean analysis, where virtual parcels of water are tracked through hydrodynamic fields, p...
We explore the possibility to identify areas of intense patch formation from floating items due to s...
Abstract: In coastal water systems, horizontal chaotic dispersion plays a significant role in the di...
High-resolution ocean velocity data has become readily available since the introduction of very high...
Very High-frequency (VHF) radar technology produces detailed surface velocity maps near the surface ...
In order to understand water quality in the coastal ocean and its effects on human health, the neces...
High frequency radar (HFR) can be used to predict particle trajectories in coastal surface waters; w...
Coastal and estuarine ecosystems are heavily influenced through floating debris pollution. This ofte...
Coastal regions are of great ecological and economic value. Horizontal chaotic dispersion plays an i...
One serious issue in Environmental Science and Engineering concerns the prediction of the fate of co...
Escalating national interest in the coastal ocean underscores the need for high-quality surface curr...
A Lagrangian approach is used in physical oceanography to follow a parcel of water as it moves along...
Escalating national interest in the coastal ocean underscores the need for high‐quality surface curr...
Lagrangian coherent Structures (LCS) are useful to investigate material transport and have only rece...
This paper investigates the transport structure of surface currents around the Monterey Bay, CA regi...
Lagrangian ocean analysis, where virtual parcels of water are tracked through hydrodynamic fields, p...
We explore the possibility to identify areas of intense patch formation from floating items due to s...
Abstract: In coastal water systems, horizontal chaotic dispersion plays a significant role in the di...