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This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

List of results

• Model:RiverWFRisingBaseLevelNormal  + (E-book: Calculator for disequilibrium aggradation of a sand-bed river in response to rising base level.)
• Model:DeltaNorm  + (E-book: Calculator for evolution of long profile of a river ending in a 1D migrating delta, using the normal flow approximation.)
• Model:GravelSandTransition  + (E-book: Calculator for evolution of long profile of river with a migrating gravel-sand transition and subject to subsidence or base level rise.)
• Model:DeltaBW  + (E-book: Calculator for evolution of long profile of a river ending in a 1D migrating delta, using a backwater formulation.)
• Model:GSDCalculator  + (E-book: Calculator for statistical characteristics of grain size distributions.)
• Model:AgDegNormalFault  + (E-book: Illustration of calculation of aggradation and degradation of a river reach using the normal flow approximation; with an extension for calculation of the response to a sudden fault along the reach.)
• Model:DepDistTotLoadCalc  + (E-book: Illustration of calculation of depth-discharge relation, bed load transport, suspended load transport and total bed material load for a large, low-slope sand-bed river.)
• Model:WPHydResAMBL  + (E-book: Implementation of the Wright-Parker (2004) formulation for hydraulic resistance combined with the Ashida-Michiue (1972) bedload formulation.)
• Model:SuspSedDensityStrat  + (E-book: Module for calculating the effect of density stratification on the vertical profiles of velocity and suspended sediment.)
• Model:FallVelocity  + (E-book: Particle fall velocity calculator)
• Model:RouseVanoniEquilibrium  + (E-book: Program for calculating the Rouse-Vanoni profile of suspended sediment.)
• Model:AgDegNormalSub  + (E-book: Program to calculate the evolution of upward-concave bed profiles in rivers carrying uniform sediment in subsiding basins.)
• Model:AgDegNormGravMixPW  + (E-book: calculator for aggradation and degradation of sediment mixtures in gravel-bed streams)
• Model:DredgeSlotBW  + (E-book: calculator for aggradation and degradation of sediment mixtures in gravel-bed streams subject to cyclic hydrographs.)
• Model:BedrockAlluvialTransition  + (E-book: calculator for aggradation and degradation with a migrating bedrock-alluvial transition at the upstream end.)
• Model:RecircFeed  + (E-book: calculator for approach to equilibrium in recirculating and feed flumes)
• Model:SteadyStateAg  + (E-book: calculator for approach to equilibrium in recirculating and feed flumes)
• Model:BackwaterWrightParker  + (E-book: calculator for backwater curves in sand-bed streams, including the effects of both skin friction and form drag due to skin friction)
• Model:SubsidingFan  + (E-book: calculator for evolution of profiles of fans in subsiding basins)
• Model:AgDegNormGravMixSubPW  + (E-book: calculator for evolution of upward-concave bed profiles in rivers carrying sediment mixtures in subsiding basins.)
• Model:AgDegNormal  + (E-book: illustration of calculation of aggradation and degradation of a river reach using the normal flow approximation.)
• Model:BackwaterCalculator  + (E-book: program for backwater calculations in open channel flow)
• Model:Acronym1D  + (E-book: program for computing bedload transport in gravel rivers over time.)
• Model:Acronym1  + (E-book: program for computing bedload transport in gravel rivers.)
• Model:Acronym1R  + (E-book: program for computing bedload transport in gravel rivers with a Manning-Strickler relation for flow resistance.)

• Model:Kirwan marsh model  + (Ecomorphoydamic model of marsh elevation and channel evolution)

• Model:Ecopath with Ecosim  + (Ecopath with Ecosim (EwE) is an ecological modeling software suite for personal computers)
• Model:EstuarineMorphologyEstimator  + (Empirical Assessment Tool for Bathymetry, Flow Velocity and Salinity in Estuaries Based on Tidal Amplitude and Remotely-Sensed Imagery)
• Model:EF5  + (Ensemble Framework For Flash Flood Forecasting)
• Model:Equilibrium Calculator  + (Equilibrium solver of Self-formed, Single-thread, Sand-bed Rivers)
• Model:ELCIRC  + (Eulerian-Lagrangian CIRCulation)
• Model:TopoFlow-Evaporation-Energy Balance  + (Evaporation process component (Energy Balance method) for a D8-based, spatial hydrologic model)
• Model:TopoFlow-Evaporation-Priestley Taylor  + (Evaporation process component (Priestley-Taylor method) for a D8-based, spatial hydrologic model)
• Model:TopoFlow-Evaporation-Read File  + (Evaporation process component (read from file method) for a spatially-distributed hydrologic model.)
• Model:Coastal Dune Model  + (Evolution of Coastal Foredunes)
• Model:Hogback  + (Evolution of a hogback)
• Model:OTTER  + (Evolution of a river profile with dynamic width)
• Model:SpeciesEvolver  + (Evolve life in a landscape.)
• Model:GRLP  + (Evolves gravel-bed river long profiles)
• Model:RiverSynth  + (Excel file for creating XYZ coordinates of artificial river valley topography)
• Model:ExponentialWeatherer  + (Exponential soil production function in the style of Ahnert (1976))
• Model:GST-extendedmodel  + (Extended GST model: combination of an analytical GST migration model combined with closure relations based on the assumption of quasi-equilibrium conditions)
• Model:NEXRAD-extract  + (Extract data from NEXRAD Doppler Radar NetCDFs)
• Model:Sun fan-delta model  + (Fan-delta and alluvial fan landscape evolution model)
• Model:SinkFiller  + (Fill sinks in a landscape to the brim, following the Barnes et al. (2014) algorithms.)
• Model:DepressionFinderAndRouter  + (Find depressions on a topographic surface.)
• Model:FVshock  + (Finite Volume two-dimensional shock-capturing model.)
• Model:SIMSAFADIM  + (Finite element model for fluid flow, clastic, carbonate and evaporate sedimentation)
• Model:Subside  + (Flexure model)
• Model:FACET  + (Floodplain and Channel Evaluation Tool (FACET))
• Model:FlowDirectorDinf  + (Flow direction on a raster grid by the D infinity method.)