Add to ORKGare studied. Digital elevation models of Changjiang Estuary is established with Kriging gridding method to research evolution of channel, change of coasts, formation and evolution of islands in mouth bar area with different points of view: transverse sections, longitudinal profiles, plane change, etc. Furthermore, the channel-fill volumes are calculated and calculations of amount of deposition or erosion in different scope between different years are conducted
Net sediment transport is predominantly seaward in fluvial-dominated estuaries worldwide. However, a...
Estuarine morphodynamics describe the development of estuarine bed over time. The changed morphodyna...
Estuaries are the core area of land-sea interactions and have significant ecological and economic va...
AbstractSeven pieces of charts of the Changjiang estuary from 1879 to 2000 are digitized and digital...
The 165 year morphological evolution of the Changjiang (Yangtze) Estuary and its long-term equilibri...
Examination of large scale, alluvial estuarine morphology and associated time evolution is of partic...
AbstractSupported by GIS, several of charts of the South Branch of Yangtze estuary from 1900 to 2001...
Bathymetric data based on sounding surveys and intertidal elevations measured using Real-Time Kinema...
About 2000 years ago in the mid-Holocene and after post-glacial sea level rise, the Yangtze Estuary ...
AbstractIn Yangtze Estuary, the ETM is always accompanied by a board shallow area (basically around ...
We investigate the morphological responses of the Hangzhou Bay, China, located immediately south of ...
The morphology of the Yangtze Estuary has changed substantially at decadal time scales in response t...
The measured underwater topographic data from 1958 to 2009 is used to develop the digital elevation ...
Researchers have extensively investigated the back-barrier islands morphodynamics using numerical me...
Estuarine morphodynamics undergo significant changes due to declined sediment supply from river, ris...
Net sediment transport is predominantly seaward in fluvial-dominated estuaries worldwide. However, a...
Estuarine morphodynamics describe the development of estuarine bed over time. The changed morphodyna...
Estuaries are the core area of land-sea interactions and have significant ecological and economic va...
AbstractSeven pieces of charts of the Changjiang estuary from 1879 to 2000 are digitized and digital...
The 165 year morphological evolution of the Changjiang (Yangtze) Estuary and its long-term equilibri...
Examination of large scale, alluvial estuarine morphology and associated time evolution is of partic...
AbstractSupported by GIS, several of charts of the South Branch of Yangtze estuary from 1900 to 2001...
Bathymetric data based on sounding surveys and intertidal elevations measured using Real-Time Kinema...
About 2000 years ago in the mid-Holocene and after post-glacial sea level rise, the Yangtze Estuary ...
AbstractIn Yangtze Estuary, the ETM is always accompanied by a board shallow area (basically around ...
We investigate the morphological responses of the Hangzhou Bay, China, located immediately south of ...
The morphology of the Yangtze Estuary has changed substantially at decadal time scales in response t...
The measured underwater topographic data from 1958 to 2009 is used to develop the digital elevation ...
Researchers have extensively investigated the back-barrier islands morphodynamics using numerical me...
Estuarine morphodynamics undergo significant changes due to declined sediment supply from river, ris...
Net sediment transport is predominantly seaward in fluvial-dominated estuaries worldwide. However, a...
Estuarine morphodynamics describe the development of estuarine bed over time. The changed morphodyna...
Estuaries are the core area of land-sea interactions and have significant ecological and economic va...