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Varieties of Fluvial Form. International Association of Geomorphologists

  • ID: 2178117
  • Book
  • January 1999
  • Region: Global
  • 538 Pages
  • John Wiley and Sons Ltd
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This collection of papers is based largely on contributions by participants in a series of special sessions at the June 1995 South East Asia Conference of the International Association of Geomorphologists. The concept that draws these papers together is best explained in the following excerpt from the call for papers that was issued in advance of the conference: The purpose of this special session is to provide an opportunity for discussion of the diversity of fluvial forms that may arise in ?unusual? settings? These may include settings where external forcing factors exert a powerful influence precluding or modifying the type of equilibrium form that is expected to develop under quasi–stable conditions in an alluvial channel: for example, patterns of response to tectonic activity? longitudinal variations in channel and floodplain form associated with spatially varying patterns of bedrock lithology or jointing? arid region rivers with longitudinal discharge trends that are not mono–tonically increasing. Also of potential interest are morphological features forming under climatic/hydrologic regimes associated with monsoon, tropical wet, extremely arid or extremely cold environments; or patterns of vegetation distribution that exert a controlling influence on channel form. It is hoped that the papers contributed to this session will encompass a broad range of geographic as well as morphological diversity. The underlying premise was that the world?s rivers encompass a wide range of influences and associated fluvial forms, but that the geomorphic literature traditionally has focused most intensively on a subset of those forms (mostly comprised of alluvial rivers from humid temperate, semiarid or proglacial environments), and may not treat a spectrum of morphological types that is proportionately representative of the rivers that actually exist on the earth?s surface. Thus the intention of this volume is, first and foremost, to present an international set of case studies with a strong descriptive component, representing the diversity of fluvial forms. To quote Baker and Komatsu in the opening paper of this volume "excitement and pleasure in science derive not so much from achieving the final explanation as from discovering the fascinating range of new phenomena to be explained". It is our hope that readers of this volume will share some of that excitement and pleasure.
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Boulder–Bedforms in Jointed–Bedrock Channels.

Floods in Central Australia.

Flow and Sedimentation at Tributary River.

Mouths: A Comparison with Mesotidal Estuaries.

Debris Flow and Sheet Flood Fans of the Northern Prince Charles Mountains, East Antarctica.

Classifying Bedrock Influenced Semi–Arid River Systems: Extending the Continuum Concept.

Bedrock Anastomosing Channel Systems: Morphology and Dynamics of the Sabie River in the Eastern Transvaal Lowveld.

Downstream Changes in Valley Confinement as a Control of Floodplain Morphology, Lower Tuross River, NSW, Australia – a Constructivist Approach to Floodplain Analysis.

Drainage Evolution and Morphological Development of the Late Cenozoic Sundays River, South Africa.

Geomorphology of the Green River in the Eastern Uinta Mountains, Colorado and Utah.

The Marmada River, India, through Space and Time.

Variability of Fluvial Forms in the Todd River, Central Australia.

Anabranching Rivers: Divided Efficiency Leading to Fluvial Diversity.

In–Channel Benches: River Adjustment to High Flood Variability.

The Fly River, Rapau New Guinea.

Inferences about River Dynamics, Floodplain Sedimentation and Fate of Sediment.

Downstream Adjustments in Allochthonous Rivers: Western Deccan Trap Upland Region, India.

Geomorphology and Coastline Changes of the Lower Yangtze Delta Plain, China.

Fluvial Evolution in Areas with Volcanic and Tectonic Activity: The Armeria River (Mexico).

Extraterrestrial Fluvial Forms.

Channel Planform in Confining Valleys.

Alluvial Fan Development in a Hyper–Arid Environment.

Sub–Parallel Meander Belts of the Lower Ucayali River in the Upper Amazon Basin –

Tectonically Induced Migration or Autocyclic Avulsion?

Fluvial Morphology of the Mkuze River Floodplain, Zululand, South Africa.

Alluvial Morphology of Channel Bars: A Case Study from Brahmaputra River, Assam.
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Andrew J. Miller
Avijit Gupta
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