The behavior of tidal flow in the riverine-forest type is investigated in the Aira-River mangrove area in Iriomote Island, Japan. In the mangrove swamp near the bank of the creek, a velocity component parallel to a tidal creek reduces greatly in the direction perpendicular to the creek. Based on this finding, it is theoretically suggested that the eddy viscosity in the mangrove swamp, which is caused by the interaction between mangrove vegetation and the shear stress resulting from the tidal flow in the creek, plays an important role in the hydrodynamics of the mangrove swamp
Mangroves are a unique form of vegetation that exist at the boundary of two distinct environments. M...
Mangroves are an interesting species of vegetation, surviving and thriving at the interface of land ...
Mangroves are tidal trees commonly observed along the sheltered shorelines of most tropical (from eq...
Both the drag force and the horizontal eddy viscosity play a dominant role in the tidal-scale hydrod...
Aboveground root structures enhance drag on tidal currents in intertidal mangrove forests whereas th...
Flow routing in mangrove forests has great implications for the transport and distribution of sedime...
Mangrove forests and saltmarshes are recognized for their roles in wave and current attenuation, alt...
Tidal flooding over mangrove swamps is subject to the drag resistance produced by mangrove roots, fa...
The effects of mangrove trees on the hydrodynamic processes of tsunami currents in estuaries have be...
Vegetation in general and mangrove, in particular, plays a significant role in the protection of the...
Tidal-scale biophysical interactions establish particular flow routing and sedimentation patterns in...
Tidal-scale biophysical interactions establish particular flow routing and sedimentation patterns in...
AbstractRecent importance has been placed on the ecological and socio-economic aspects of mangroves ...
As coastal wetland ecosystems, thriving at the interface between land and water,mangroves can benefi...
Mangroves have been shown to protect shorelines against damage from the combined hydrodynamic forces...
Mangroves are a unique form of vegetation that exist at the boundary of two distinct environments. M...
Mangroves are an interesting species of vegetation, surviving and thriving at the interface of land ...
Mangroves are tidal trees commonly observed along the sheltered shorelines of most tropical (from eq...
Both the drag force and the horizontal eddy viscosity play a dominant role in the tidal-scale hydrod...
Aboveground root structures enhance drag on tidal currents in intertidal mangrove forests whereas th...
Flow routing in mangrove forests has great implications for the transport and distribution of sedime...
Mangrove forests and saltmarshes are recognized for their roles in wave and current attenuation, alt...
Tidal flooding over mangrove swamps is subject to the drag resistance produced by mangrove roots, fa...
The effects of mangrove trees on the hydrodynamic processes of tsunami currents in estuaries have be...
Vegetation in general and mangrove, in particular, plays a significant role in the protection of the...
Tidal-scale biophysical interactions establish particular flow routing and sedimentation patterns in...
Tidal-scale biophysical interactions establish particular flow routing and sedimentation patterns in...
AbstractRecent importance has been placed on the ecological and socio-economic aspects of mangroves ...
As coastal wetland ecosystems, thriving at the interface between land and water,mangroves can benefi...
Mangroves have been shown to protect shorelines against damage from the combined hydrodynamic forces...
Mangroves are a unique form of vegetation that exist at the boundary of two distinct environments. M...
Mangroves are an interesting species of vegetation, surviving and thriving at the interface of land ...
Mangroves are tidal trees commonly observed along the sheltered shorelines of most tropical (from eq...