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Par Collection Par Auteur- NANSON, G.C. (10)
- TOOTH, S. (3)
- HE QING HUANG (2)
- KNIGHTON, A.D. (2)
- HUANG, H.Q. (1)
- HUANG, H.Q. (1)
- WENDE, R. (1)
- Aménagement fluvial ; Australie ; Crue ; Domaine aride ; Ecoulement fluvial ; Fluviatile ; Géochronologie ; Quaternaire ; Stratigraphie ; Variation climatique (1)
- Analyse multivariée ; Cours d'eau ; Débit ; Erosion des berges ; Gravier ; Géométrie hydraulique ; Lit fluvial ; Modèle ; Sédimentologie ; Végétation ; Végétation ripicole (1)
- Arid area ; Australia ; Braided channel ; Channel geometry ; Cross section ; Drainage network ; Floodplain ; South Australia ; Stream (1)
- Arid area ; Australia ; Climatic variation ; Flood ; Fluvial processes ; Geochronology ; Quaternary ; River management ; Stratigraphy ; Stream flow (1)
- Australia ; Channel geometry ; Classification ; Floodplain ; Fluvial hydrology ; Meander ; Queensland ; Stream ; Stream flow ; Waterholes (1)
- Australia ; Channel geometry ; Gravel ; New South Wales ; River bed ; Sand ; Stream ; Stream flow ; Vegetation (1)
- Australie ; Australie centrale ; Capacité de charge ; Concept ; Cours d'eau ; Crue ; Domaine aride ; Ecoulement fluvial ; Equilibre ; Géométrie hydraulique ; Hydrologie fluviale ; Paléohydrologie (1)
- Australie ; Capacité de charge ; Charge solide ; Chenal anastomosé ; Cours d'eau ; Domaine aride ; Ecoulement fluvial ; Granulométrie ; Géométrie hydraulique ; Northern Territory ; Plaine d'inondation ; Végétation ripicole (1)
- Australie ; Capacité de charge ; Chenal anastomosé ; Cours d'eau ; Ecoulement fluvial ; Géométrie hydraulique ; Sable ; Végétation ripicole ; Western Australia ; Zone intertropicale (1)
- Australie ; Chenal anastomosé ; Cours d'eau ; Domaine aride ; Géométrie hydraulique ; Plaine d'inondation ; Profil transversal ; Réseau de drainage ; South Australia (1)
- Australie ; Classification ; Cours d'eau ; Ecoulement fluvial ; Géométrie hydraulique ; Hydrologie fluviale ; Méandre ; Plaine d'inondation ; Queensland ; Trous d'eau (1)
- Australie ; Cours d'eau ; Ecoulement fluvial ; Gravier ; Géométrie hydraulique ; Lit fluvial ; New South Wales ; Sable ; Végétation ; Végétation ripicole (1)
- Bank erosion ; Channel geometry ; Discharge ; Gravel ; Model ; Multivariate analysis ; Riparian vegetation ; River bed ; Sedimentology ; Stream ; Vegetation (1)
- Capacité de charge ; Concept ; Cours d'eau ; Ecoulement fluvial ; Géométrie hydraulique (1)
- Capacité de charge ; Cours d'eau ; Ecoulement ; Ecoulement fluvial ; Géométrie hydraulique ; Hydrologie mathématique ; Transport sédimentaire (1)
- A stability criterion inherent in laws governing alluvial channel flow (1)
- Anabranching rivers : ridge-form alluvial channels in tropical northern Australia (1)
- Anabranching rivers on the Northern Plains of arid central Australia (1)
- Equilibrium and nonequilibrium conditions in dryland rivers (1)
- Hydraulic geometry and maximum flow efficiency as products of the principle of least action (1)
- The geomorphology of Australia's fluvial systems: retrospect, perspect, and prospect (1)
- The influence of bank strength on channel geometry : an integrated analysis of some observations (1)
- Vegetation and channel variation; a case study of four small streams in southeastern Australia (1)
- Waterhole form and process in the anastomosing channel system of Cooper Creek, Australia (1)
- Waterholes and their significance in the anastomosing channel system of Cooper Creek, Australia (1)
- Vegetation and channel variation; a case study of four small streams in southeastern Australia
- Australia ; Channel geometry ; Gravel ; New South Wales ; River bed ; Sand ; Stream ; Stream flow ; Vegetation
- The purpose of this paper is to examine variations in vegetation along 4 small streams in the Illawara region of southeastern Australia, to develop appropriate vegetation categories or indices that reflect the influence of vegetation on channel
- variations of these selected streams, and to compare these indices with those developed elsewhere in terms of broadly recognised hydraulic geometry relationships.
- Carrying capacity ; Channel geometry ; Concept ; Stream ; Stream flow
- . The theoretical results obtained here demonstrate that maximum flow efficiency (MFE) determines stable alluvial channel geometry and that this is a product of both maximum sediment transporting capacity (MSTC) and minimum stream power (MSP). Furthermore
- Australia ; Braided channel ; Carrying capacity ; Channel geometry ; Riparian vegetation ; Sand ; Stream ; Stream flow ; Tropical zone ; Western Australia
- This paper examines the existence of sand-dominated ridge-form anabranching rivers in the Kimberley region of Western Australia. It describes their channel and ridge morphology, sedimentology and stratigraphy, discusses stream flow and sediment
- Carrying capacity ; Channel geometry ; Mathematical hydrology ; Runoff ; Sediment transport ; Stream ; Stream flow
- and bedload transport formulae. This study provides support for the use of the criteria of MFE, maximum sediment transporting capacity and minimum stream power for understanding the operation of alluvial rivers, and also addresses limitations to the direct
- Australia ; Channel geometry ; Classification ; Floodplain ; Fluvial hydrology ; Meander ; Queensland ; Stream ; Stream flow ; Waterholes
- Arid area ; Australia ; Carrying capacity ; Channel geometry ; Concept ; Flood ; Fluvial hydrology ; Palaeohydrology ; Stream ; Stream flow
- Arid area ; Australia ; Braided channel ; Carrying capacity ; Channel geometry ; Floodplain ; Grain size distribution ; Northern Territory ; Riparian vegetation ; Sediment load ; Stream ; Stream flow
- Bank erosion ; Channel geometry ; Discharge ; Gravel ; Model ; Multivariate analysis ; Riparian vegetation ; River bed ; Sedimentology ; Stream ; Vegetation
- of a number of laterally stable streams are categorized on the basis of the bank sediment and vegetation, the multivariate model yields numerical indices of bank strength. Within the range of the data analysed, bank strength can produce a three-fold change
- Arid area ; Australia ; Climatic variation ; Flood ; Fluvial processes ; Geochronology ; Quaternary ; River management ; Stratigraphy ; Stream flow
- Arid area ; Australia ; Braided channel ; Channel geometry ; Cross section ; Drainage network ; Floodplain ; South Australia ; Stream