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Par Collection Par Auteur- MIHAJLOV, V.N. (20)
- ČALOV, R.S. (15)
- GREGORY, K.J., (Editeur scientifique) (14)
- CHALOV, R.S. (13)
- HAGEDORN, J., (Editeur scientifique) (13)
- XU JIONGXIN (12)
- GUPTA, A., (Editeur scientifique) (11)
- GURNELL, A., (Editeur scientifique) (11)
- LATRUBESSE, E.M., (Editeur scientifique) (11)
- WALLING, D.E. (11)
- ČALOV, R.S. (11)
- PFEFFER, K.-H., (Editeur scientifique) (10)
- RINALDI, M., (Editeur scientifique) (10)
- ČALOV, R. S. (10)
- ANTROPOVSKIJ, V.I. (10)
- LANGHAMMER, J. (10)
- BEYER, P.J., (Editeur scientifique) (9)
- CHURCH, M. (9)
- CHURCH, M., (Editeur scientifique) (9)
- HUPP, C.R. (9)
- 2012 (202)
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- Physical geography (428)
- Geography of Europe (257)
- Geography of Asia (103)
- Geography of America (100)
- Geography of Africa (58)
- Human geography (41)
- Geography of Oceania (23)
- General points on geography (21)
- Geography of polar regions (17)
- History of geography (12)
- Conglomerate ; Inland ice ; Lithology ; Lower valley ; Poland ; Quaternary ; Rock ; Sandstone ; Sedimentary ; Sedimentary rock ; Wisła (2)
- Conglomérat ; Grès ; Inlandsis ; Lithologie ; Pologne ; Quaternaire ; Roche ; Roche sédimentaire ; Sédimentaire ; Vallée inférieure ; Wisła (2)
- Cours d'eau ; Dynamique fluviale ; Fluviatile ; Lit fluvial ; Théorie (2)
- Cours d'eau ; Géographie physique ; Géomorphométrie ; Géométrie ; Indice de Mansikkaniemi ; Indice sans dimension ; Lit fluvial ; Réseau de drainage ; Sinuosité (2)
- Fluvial dynamics ; Fluvial processes ; River bed ; Stream ; Theory (2)
- Multiregional geography (2)
- (1771-1954) ; Climatologie ; Crue ; Géographie de l'Europe ; Mesure ; Praha ; Précipitation ; Tchécoslovaquie ; Vltava, rivière (1)
- (1910-1980) ; Arkansas, valley ; Cours d'eau ; Développement régional ; Etats-Unis ; Géographie de l'Amérique ; Ohio valley ; Réseau ; Transport ; Transport fluvial ; Voie navigable (1)
- (1918-2000) ; Arctique ; Conséquence ; Ecoulement ; Ecoulement fluvial ; Géographie des régions polaires ; Rejet ; Sibir, fleuve ; Srednjaja Azija ; URSS d'Asie (1)
- (1926-1930) ; (1966-1970) ; Aménagement hydraulique ; Charge ionique ; Charge solide ; Colorado River ; Cours d'eau ; Dynamique fluviale ; Ecoulement fluvial ; Etats-Unis ; Géochimie ; Géographie physique ; Hydrodynamique ; Hydrodynamique appliquée ; Lac artificiel ; Utilisation de l'eau (1)
- Geomorphology on large rivers. Special issue (11)
- Tropical rivers (11)
- Wood in world rivers. Special issue (11)
- Special issue. Biogeomorphology, terrestrial and freshwater systems (10)
- Dams and geomorphology. Special issue (9)
- Multi-scale characterization and evolution of channel forms in gravel-bed rivers (9)
- Geomorphic responses to land use changes. Special issue (8)
- Grands bassins fluviaux périatlantiques : Congo, Niger, Amazone (Paris, 22-24 novembre 1993) (8)
- Anthropogenic impact on water conditions (Vistula and Oder river basins) (7)
- Fluvial Archives Group. Clermont-Ferrand 2002 (7)
- Late Quaternary and present-day fluvial processes in Central Europe (7)
- Natural and human impacts in the River Rhine catchment (7)
- Special issue : Changing times-Changing rivers (7)
- Special issue: geomorphology at work (7)
- Changing the face of the earth-engineering geomorphology (6)
- Geomorphology and geoecology. Fluvial geomorphology (6)
- L'interface Nature-Sociétés dans les hydrosystèmes fluviaux (6)
- Océanographie du Golfe de Gasgogne (Biarritz, 4-6 avril 2000) (6)
- Sediment sources and sediment delivery under environmental change. Special issue (6)
- Zuckerrübenanbau im Red-River-Valley (Culture de la betterave sucrière dans la Red river Valley)
- Agriculture ; Betterave à sucre ; Etats-Unis ; Géographie de l'Amérique ; Marché intérieur ; North Dakota ; Produit agricole ; Red river valley ; Région agricole ; Régulation du marché ; Sucre ; Variété hybride
- Water in the Red River valley of the North
- ; Irrigation ; Lutte contre les crues ; Manitoba ; Minnesota ; North Dakota ; Red River ; Ressources en eau ; Régularisation ; Sol irrigable ; Vallée
- The Red River valley is a homogeneous physical region that is partitioned between two countries and among two states and one province. Problems of water surpluses and water deficits are common to the valley. Flood protection is better developed
- Spatial and temporal variation of runoff of Red River Basin in Yunnan
- This paper studies the variation of runoff of Red River Basin and discusses the influence of corridor-barrier functions of valleys and mountains on variation of runoff by using GIS and statistic methods based on the monthly precipitation
- , temperature and evaporation data from 1960 to 2000 at 32 meteorological stations in Red River Basin, and the annual runoff data of Yuanjiang River, Lixian River and Panlong River from 1956 to 2000. These 3 river basins are contrasted. Results and discussion.
- [b1] Asian International Rivers Center, Yunnan University, Kunming, Chine
- The main ion concentrations in surface soil layer in Nam Dinh Province of the Red River Delta, Northern Vietman
- Couvert végétal ; Géochimie ; Nam Dinh ; Red River Delta ; Riziculture ; Salinité ; Sol ; Sol cultivé ; Viêt Nam
- Changements de la salinité et des concentrations des principaux ions minéraux dans le sol supérieur entre 0 et 100 cm de profondeur le long de la côte de Red River Delta dans la Province de Nam Dinh. Salinité du sol et concentrations des ions (Ca
- The interrelationships of the longitudinal profiles and channel pattern for the Red River
- Chenal anastomosé ; Cours d'eau ; Etats-Unis ; Géographie physique ; Géométrie hydraulique ; Méandre ; Oklahoma ; Pente ; Pente du plan d'eau ; Profil longitudinal ; Red River ; Texas
- Comparaison des graphiques du profil longitudinal de la Red River, du profil de sa vallée et du profil régional. Ces profils ont été faits de façon à ce que certains points géographiques et certaines caractéristiques hydrauliques apparaissant sur
- Torrent risk zonation in the Upstream Red River Basin based on GIS
- This paper explores the methodology for compiling the torrent hazard and risk zonation map by means of GIS technique for the Red River Basin in Yunnan province of China. Based on a 1:250,000 scale digital map, 6 factors including slope angle
- , rainstorms days, buffer of river channels, maximum runoff discharge of standard area, debris flow distribution density and flood disaster history were analyzed and superimposed to create the torrent risk evaluation map. Torrent risk zonation by means of GIS
- Overbank deposition along the concave side of the Red River meanders, Manitoba, and its geomorphic significance
- The aim of this paper is to describe a style of overbank deposition on the concave side of meanders along the Red River, southern Manitoba. Here, the aggradation is intrinsically connected to earth sliding that develops along the river where
- Monitoring the 1997 flood in the Red River Valley using hydrologic regimes and RADARSAT imagery
- Canada ; Cartographie ; Cours d'eau ; Crue ; Date 1997 ; Image sar ; Inondation ; Manitoba ; Mesure de terrain ; Red River ; Régime hydrologique ; Télédétection
- Post-flood assessment of emergency evacuation policies in the Red River basin, Southern Manitoba
- Fluvial sedimentology and paleoecology of Holocene alluvial deposits, Red River, Manitoba
- Historical changes of a major juncture : Lower Old River, Louisiana
- Action anthropique ; Années 1831-2010 ; Confluence ; Cours d'eau ; Ecoulement fluvial ; Espace-temps ; Etats-Unis ; Géographie historique ; Géométrie hydraulique ; Louisiana ; Lower Old River
- Old River is one of the most important river junctures in North America. It connects 3 large, navigable rivers : the Mississippi, Atchafalaya and Red. This paper examines the historical changes of Lower Old River, the main juncture prior to 1963
- was just a few years in duration, occasional flow from the Red River is documented : starting in the 1880s and persisting for several decades through 1945. This paper identifies 3 transitions in the transformation from bidirectional to unidirectional flow
- before the flow became controlled by structures, including its flow changes, human modifications, and whether and how it was changing as the Atchafalaya received more flow. In contrast to some reports that suggest that bidirectional flow in Old River
- , the first of unknown cause in the late 1910s, the second likely instigated by the flood of record in 1927, and the third immediately following a local artificial cut-off in 1944-1945. Also, changes in flow and geometry in Lower Old River are related
- to changes in the adjacent Mississippi and Atchafalaya Rivers.
- Channel adjustments and implications for river management and restoration
- Acción antrópica ; Aprovechamiento hidráulico ; Corriente de agua ; Geometria hidráulica ; Hidrología fluvial ; Italia ; Italia central ; Italia del Norte ; Red de drenaje
- Most Italian rivers have experienced widespread channel adjustments over the last 100 years, mainly in response to a range of human activities. The aim of this paper is to show how knowledge of channel adjustment and reconstruction of evolutionary
- trajectory are or can be used in river management and restoration. The first part of the paper deals with channel adjustments and summarizes the results of recent studies carried out on twelve rivers in northern and central Italy. The second part illustrates
- Discrimination of alluvial and mixed bedrock–alluvial multichannel river networks
- Asia ; Bifurcation ; Braided channel ; Channel geometry ; Columbia ; Comparative study ; Drainage network ; Ganges River ; India ; Meander ; Mekong ; North America ; South Africa ; Stream
- América del Norte ; Asia ; Bifurcación ; Canal anastomosado ; Corriente de agua ; Estudio comparativo ; Geometria hidráulica ; India ; Meandro ; Red de drenaje ; Río Ganges ; África del Sur
- -constrained networks (Mekong and Orange rivers) are compared with the classic alluvial anastomosed Upper Columbia River and the wandering Ganga River. Widely recognized indices utilized include : channel link count and channel sinuosity, and less common
- metrics : network bifurcation angles and island shape characteristics (aspect ratio, compactness, roundness and convexity). Bifurcation angles for all 4 multichannel rivers are significantly greater than angles reported for braiding rivers. Island
- convexity clearly discriminates the 2 alluvial rivers from the 2 bedrock-influenced rivers. The width of the macrochannel, in which each network develops, has a positive influence on the number of channel links and is further related to channel slope
- Hybrid identities in Canada's Red River Colony
- The problems of use and management of land resources in China's red hill lands, South of Changjiang (Yangtze River).
- Addition of aeolian dusts to soils in southeastern Australia : red silty clay trapped in dunes bordering Murrumbidgee River in the Wagga Wagga region
- Deposits and cutoff ages of Horseshoe and Marion oxbow Lakes, Red River, Manitoba
- Holocene coastal stratigraphy and the sedimentary development of the Hai Phong area of the Bac Bo Plain (Red River Delta), Vietnam
- Floodplain chronology and vertical sedimentation rates along the Red River, southern Manitoba
- Afrique du Sud ; Catastrophe ; Crue ; Date 1987 ; Erosion ; Estuaire ; Géographie physique ; Mgeni River ; Natal ; Sédimentation ; Sédimentologie ; Zone subtropicale
- REDDERING, J. S. V.