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  • The influence of neotectonics upon valley floor development: a case study from the Wieprz Valley, Lublin Upland
  • Evolution de vallée ; Géographie de l'Europe ; Géomorphodynamique ; Lublin, plateau ; Néotectonique ; Pologne ; Quaternaire ; Vallée
  • The evolution of the Vistula river valley between Cracow and Niepołomice in late Vistulian and Holocene times
  • Evolution of the Vistula river valley during the last 15 000 years, part IV
  • Alluvium ; Climatic variation ; Drainage network ; Fluvial processes ; Holocene ; Human impact ; Poland ; Quaternary ; Sedimentology ; Valley ; Valley floor evolution ; Wisła
  • Action anthropique ; Alluvion ; Evolution de vallée ; Fluviatile ; Holocène ; Pologne ; Quaternaire ; Réseau de drainage ; Sédimentologie ; Vallée ; Variation climatique ; Wisła
  • This is a new synthesis of the evolution of the section of the Vistula river valley. There are changes in the channel patterns and parameters, sedimentological characteristics of the different alluvial deposits of different ages, the reflection
  • of both climatic fluctuation and human activity in the valley floor morphology and in alluvia. - (DG)
  • Fluvial chronology and valley floor evolution of the upper Bowmont valley, Borders Region, Scotland
  • This paper presents data from a number of sources (aerial photographic interpretation, field mapping, cartographic, radiocarbon and palynological dating), in order to establish limits to the ages of valley floor terraces on one such upland stream
  • Holocene development of the River Lippe valley, Germany : a case study of anthropogenic influence
  • This article describes the Inselterrasse and Aue in detail and explains the Holocene development of the Lippe valley floor morphology, which is atypical for a central European river. It is shown that morphological evolution of the Lippe valley floor
  • is a special case of anthropogenic influence that might be an interesting addition to previous studies of human impacts on palaeohydrology, channel change and valley floor development (Gregory, 1995; Brown, 1996; Kalicki,1996).
  • Evolution des vallées dans la partie sud des Petites Carpates
  • Carpathians ; Czechoslovakia ; Drainage network ; Geomorphogenesis ; Mountain ; Pleistocene ; Typology ; Valley ; Valley floor evolution
  • Evolution de vallée ; Géomorphogenèse ; Karpaty ; Montagne ; Pléistocène ; Réseau de drainage ; Tchécoslovaquie ; Typologie ; Vallée
  • There exist two systems of valleys. The subsequent system, based on a flat central ridge, disturbed the older, more extensive net of consequent valleys by numerous piracies. This development took place mainly during the Pleistocene. - (MS)
  • Evolution of the Carpathian valleys and the Forecarpathian Basins in the Vistulian and Holocene
  • Carpathian Mountains ; Holocene ; Poland ; Quaternary ; Sedimentology ; Slope deposit ; Valley ; Valley floor evolution ; Watershed ; Wisła
  • Bassin-versant ; Carpates ; Dépôt de pente ; Evolution de vallée ; Holocène ; Pologne ; Quaternaire ; Sédiment fluviatile ; Sédimentologie ; Vallée ; Wisła
  • This paper presents the state of knowledge on the evolution of river valleys in the Upper Quaternary. It is followed by full index of localisations, where dated Vistulian and Holocene sediments were found. The transformation of river valleys
  • Fossil valleys of the Mostecká pánev (Basin)
  • Czech Republic ; Fluvial dynamics ; Fluvial processes ; Fluvial terrace ; Meander ; River bed ; Valley ; Valley floor evolution
  • Dynamique fluviale ; Evolution de vallée ; Fluviatile ; Lit fluvial ; Méandre ; Tchèque, république ; Terrasse fluviatile ; Vallée
  • Valley stretches abandoned by watercourses at Quaternary, represent district landforms of the fluvial erosion-accumulation relief in the northern part of the Bohemian Upland. Four abandoned valleys and numerous Ohře River meanders were discussed
  • The sensitivity of Scottish rivers and upland valley floors to recent environmental change
  • Atmospheric circulation ; Flood ; Global change ; Land use ; Nineteenth Century ; River bed ; Scotland ; Sensitivity analysis ; Stream ; United Kingdom ; Valley floor evolution
  • Analyse de sensibilité ; Changement global ; Circulation atmosphérique ; Cours d'eau ; Crue ; Evolution de vallée ; Lit fluvial ; Royaume-Uni ; Scotland ; Siècle 19 ; Utilisation du sol
  • This paper examines the stability of river channels and their associated valley floors in the uplands of Scotland since 1750. Changes in global-scale atmospheric circulation patterns during this period have resulted in regionally district flood-rich
  • Lichens, soil development and the age of holocene valley floor landforms: Howgill Fells, Cumbria
  • Evolution d'un fond de vallée holocène basée sur la lichenometrie et une chronoséquence pédologique des surfaces fluviatiles postglaciaires.
  • Floodplain evolution in a New South Wales coastal valley, Australia : spatial process variations
  • Special issue : Floodplain evolution
  • The different forms of valley-floor troughs and their long-profile variability are described prior to a discussion of age implications for the floodplain and Holocene evolution in the Bellinger Valley.
  • Evolution of the Vistula river valley during the last 15.000 years. Part 5
  • Dating ; Dendrochronology ; Flood ; Fluvial deposit ; Fluvial processes ; Geomorphogenesis ; Holocene ; Palaeogeography ; Palynology ; Pleistocene ; Poland ; Sedimentology ; Valley floor evolution ; Watershed ; Wisła
  • Accumulation fluviatile ; Bassin-versant ; Crue ; Datation ; Dendrochronologie ; Evolution de vallée ; Fluviatile ; Géomorphogenèse ; Holocène ; Palynologie ; Paléogéographie ; Pléistocène ; Pologne ; Sédimentologie ; Wisła
  • The next collectionof papers on the evolution of Vistula and tributary valleys includes synthetic reviews on various reaches: Vistula near the junction with Raba (by P. Gębica), lower Dunajec (by T. Sokołowski), middle reach of Wisłoka (by L
  • paleomeanders in the upper Vistula valley (by T. Kalicki and V.P. Zernickaya) and lower Wisłoka (by L. Starkel and W. Ganoszewski). Two other papers by T. Kalicki and M. Krapiec from Wisłoka valley discuss the importance of endrochronological method for dating
  • Reflection of the glacial-intergalcial cycle in the evolution of the Vistula River basin, Poland
  • Fluvial processes ; Glacial features ; Interglacial ; Poland ; Quaternary ; Valley ; Valley floor evolution ; Watershed ; Wisła
  • Bassin-versant ; Evolution de vallée ; Fluviatile ; Glaciaire ; Interglaciaire ; Pologne ; Quaternaire ; Vallée ; Wisła
  • in separate terrace fills. The second-order fluctuations may be represented by separate cuts and fills, by the change of the facies or in the granulometric composition. The analysis of the changes in the longitudinal profile helped to discover different valley
  • Valley floor evolution in the marginal areas of the Himalaya Mountains and the Khasi-Jaintia Plateau in Quaternary of the Karakoram and Himalaya.
  • L'évolution de la vallée de l'Ohře dans les monts Doupov
  • Czech Republic ; Fluvial processes ; Fluvial terrace ; Geomorphogenesis ; Mountain ; Slope ; Valley floor evolution
  • Evolution de vallée ; Fluviatile ; Géomorphogenèse ; Montagne ; Tchèque, république ; Terrasse fluviatile ; Versant
  • A characterization of the geomorphologic conditions of the Ohře river valley in the neighbourhood of Doupov mountains. The terrace system and the slope conditions of the river bed in relation to the morphostructure and genesis of the relief
  • . The Ohře river valley in the neovolcanic Doupov mountains has been originated in Miocene in a zone of tectonic bend between the basalt lava streams of the stratovolcan centre and volcanic bodies in the northern rim. - (MS)
  • Evolution de la vallée de l'Elbe dans les monts de Děčín
  • Bohemia ; Canyon ; Czech Republic ; Fluvial terrace ; Geomorphogenesis ; Mountain ; Slope dynamics ; Valley ; Valley floor evolution
  • Canyon ; Dynamique de versant ; Elbe ; Evolution de vallée ; Géomorphogenèse ; Montagne ; Tchèque, république ; Terrasse fluviatile ; Vallée ; Čechý
  • Labe canyon valley in the Děčín Highland is the erosion base of the major part of the river network in the Bohemian Massif. Its development is followed since the Neogene up to the recent time, maintly with regard to the interference
  • Last century valley floor modifications of the Trigno river (Southern Italy) : a preliminary report
  • for the last decades significant modifications of the channel pattern and a marked reduction of the floodplain width, accompained by a progressive valley floor terracing due to channel bed lowering. Analyses of possible controls on river behaviour, both natural
  • The recent evolution and present dynamics of the Trigno river was investigated by analysing morphological features and changes with time of the main channel system and the associated floodplain. The study allowed to point out in particular
  • Czech Republic ; Fluvial terrace ; Geomorphogenesis ; Meander ; Neotectonics ; Pleistocene ; Valley ; Valley floor evolution
  • Evolution de vallée ; Géomorphogenèse ; Méandre ; Néotectonique ; Pléistocène ; Tchèque, république ; Terrasse fluviatile ; Vallée
  • The survey on results of geomorphological research on clinched and abandoned Ohře valley meanders and bends in the basin brings notes about their genesis. These forms were developing since the end of the Middle Pleistocene in appropriate
  • Quelques traits particuliers de l'évolution des vallées fluviales
  • Fluvial deposit ; Fluvial dynamics ; Fluvial erosion ; Fluvial processes ; Valley ; Valley floor evolution
  • Accumulation fluviatile ; Dynamique fluviale ; Erosion fluviatile ; Evolution de vallée ; Fluviatile ; Vallée
  • Sous l'influence de l'écoulement superficiel l'évolution du relief se fait dans un mouvement d'aller-retour. Le processus fluviatile représente l'unité dialectique de tendances s'excluant mutuellement. L'accumulation accompagne l'érosion comme une
  • High-mountain valley floors evolution during regression of alpine glaciers in the Massif des Ecrins, France
  • The age of recent glacial, glacifluvial/fluvial forms is determined using lichenomeric dating in 2 Alpine valleys of the Massif des Ecrins. A lichen growth-curve is based on data from natural sites, such as boulder-fields, moraine ridges etc
  • Aspects de l'évolution de la haute vallée de la Sázava
  • Czech Lands ; Czech Republic ; Fluvial processes ; Geomorphogenesis ; Longitudinal section ; Palaeogeomorphology ; Slope ; Valley ; Valley floor evolution
  • Evolution de vallée ; Fluviatile ; Géomorphogenèse ; Paléogéomorphologie ; Profil longitudinal ; Tchèque, république ; Vallée ; Versant ; České Zemé