Models all
From CSDMS
All models (272)
| Program | Description | Developer | Download | PyMT |
|---|---|---|---|---|
| 1D Particle-Based Hillslope Evolution Model | 1D probabilistic, particle-based model of hillslope evolution for studying hillslope equilibration and response to perturbations. | Calvert, Jacob |  |
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| 1DBreachingTurbidityCurrent | 1D Breaching Turbidity current model for generating continuous turbidity currents | Eke, Esther | |
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| 2DFLOWVEL | Tidal & wind-driven coastal circulation routine | Slingerland, Rudy | |
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| ACADIA | A finite element formulation of the non-conservative form of the vertically integrated advection/diffusion/reaction (ADR) equation | Gentleman, Wendy |  |
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| ADCIRC | Coastal Circulation and Storm Surge Model | Luettich, Rick | |
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| ALFRESCO | Alaskan Frame‐based Ecosystem Code | Bennett, Alec | |
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AR2-sinuosity
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Generates planforms for single-thread channel using a second-order autoregressive model | Limaye, Ajay | |
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ATS (The Advanced Terrestrial Simulator)
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The Advanced Terrestrial Simulator (formerly sometimes known as the Arctic Terrestrial Simulator) is a code for solving ecosystem-based, integrated, distributed hydrology. | Coon, Ethan | |
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| AeoLiS | AeoLiS is a process-based model for simulating aeolian sediment transport in situations where supply-limiting factors are important, like in coastal environments. | Hoonhout, Bas | |
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| AlluvStrat | Rules-based model to generate a 2-dimensional cross section of alluvial stratigraphy based on fluvial processes | Wickert, Andy | |
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| Alpine3D | 3D model of alpine surface processes | Bavay, Mathias | |
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| Anuga | ANUGA is a hydrodynamic modelling tool that allows users to model realistic flow problems in complex 2D geometries. | Habili, Nariman | |
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| AnugaSed | Add-on package to ANUGA with modules for sediment transport and vegetation drag | Perignon, Mariela | |
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ApsimX
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The Agricultural Production Systems sIMulator (APSIM) | Holzworth, Dean | |
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| AquaTellUs | Fluvial-dominated delta sedimentation model | Overeem, Irina | |
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| ArcDelRCM | an Arctic-delta reduced-complexity model that can reproduce the 2-m ramp feature ubiquitous to Arctic deltas | Chan, Ngai-Ham (Erik) | |
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Auto marsh
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Cellula automata model for salt marsh evolution with variable soil resistance under wind waves attack | Leonardi, Nicoletta | |
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Avulsion
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Stream avulsion model | Hutton, Eric | |
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| BEDLOAD | Bedload transport model | Slingerland, Rudy | |
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| BOM | Bergen Ocean Model | Berntsen, Jarle | |
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BRaKE
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Computes evolution of a bedrock river longitudinal profile in the presence of large, hillslope-derived blocks. | Shobe, Charles | |
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| Badlands | Basin and landscape dynamics | Salles, Tristan | |
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| Barrier Inlet Environment (BRIE) Model | Coastal barrier island transgression model | Nienhuis, Jaap | |
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| Barrier3D | A spatially explicit model of coastal barrier evolution | Reeves, Ian | |
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| BarrierBMFT | Barrier-Bay-Marsh-Forest Transect Coupled Model Framework | Reeves, Ian | |
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| Bedrock Fault Scarp | This is a two-dimensional numerical model that computes the topographic evolution of the facet slope in the footwall of an active normal fault. | Tucker, Greg | |
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| Bifurcation | Flow-partitioning and avulsion in a river delta bifurcation | Salter, Gerard | |
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| Bing | Submarine debris flows | Hutton, Eric | |
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| Bio | Biogenic mixing of marine sediments | Hutton, Eric | |
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BlockLab
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BlockLab computes landscape evolution in the presence of large blocks of rock on hillslopes and in channels. | Shobe, Charles | |
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CAESAR Lisflood
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Caesar Lisflood is a morphodynamic / Landscape evolution model that simulates erosion and deposition in river catchments and reaches over time scales from hours to 1000's of years. | Coulthard, Tom | |
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| CEM | Coastline evolution model | Murray, A. Brad | |
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| CICE | Los Alamos sea ice model | Hunke, Elizabeth | |
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| CLUMondo | The CLUMondo model is a spatially explicit and dynamics land system change model | Verburg, Peter | |
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| CMFT | Coupled salt Marsh - tidal Flat Transect model | Mariotti, Giulio | |
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| COAWST | COAWST: A Coupled-Ocean-Atmosphere-Wave-Sediment Transport Modeling System | Warner, John | |
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| CREST | The Coupled Routing and Excess STorage (CREST) model is a distributed hydrologic model developed to simulate the spatial and temporal variation of atmospheric, land surface, and subsurface water fluxes and storages by cell-to-cell simulation. | Wang, Jiahu | |
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| CVFEM Rift2D | multi-physics numerical model that simulates rock deformation, fluid flow, solute transport and heat transfer in response to ice sheet loading of multiple cycles | Zhang, Yipeng | |
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CVPM
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Multidimensional heat-transfer modeling system for permafrost with advanced unfrozen water physics | Clow, Gary | |
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| CWatM | Community Water Model (CWatM) is a hydrological model simulating the water cycle daily at global and local levels, historically and into the future | Peter, Burek | |
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| Caesar | Cellular landscape evolution model | Coulthard, Tom | |
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| CarboCAT | Carbonate cellular automatacyclicity | Burgess, Peter | |
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| ChannelProfiler | The ChannelProfiler extracts and plots channel networks from a landlab grid. | Barnhart, Katy | |
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Chi analysis tools
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Tool for examining channel profiles in chi-elevation space using the integral method of channel analysis | Mudd, Simon | |
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| ChiFinder | Calculate Chi Indices | Hobley, Daniel | |
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| Cliffs | Numerical model to compute tsunami propagation and runup on land in the shallow-water approximation | Tolkova, Elena | |
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CoAStal Community-lAnDscape Evolution (CASCADE) model
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A coupled landscape and human-dynamics modeling framework for barrier evolution | Anarde, Katherine | |
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| Coastal Landscape Transect Model (CoLT) | Geomorphic and carbon evolution of a bay-marsh-forest coastal transect | Valentine, Kendall | |
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| Cross Shore Sediment Flux | Cross-Shore Sediment Flux Equations | Ortiz, Alejandra | |
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| Cyclopath | A 2D/3D model of carbonate cyclicity | Burgess, Peter | |
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| DELTA | Simulates circulation and sedimentation in a 2D turbulent plane jet and resulting delta growth | Slingerland, Rudy | |
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DFMFON
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Spatially-Explicit Mangrove-Mudflat Dynamic Model | Beselly, Sebrian | |
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| DHSVM | DHSVM is a distributed hydrologic model that explicitly represents the effects of topography and vegetation on water fluxes through the landscape. | DHSVM, Administrator | |
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| DLBRM | Distributed Large Basin Runoff Model | Croley, Thomas | |
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| DR3M | Distributed Routing Rainfall-Runoff Model--version II | U.S., Geological Survey | |
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| Delft3D | 3D hydrodynamic and sediment transport model | Delft3D, Support | |
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| DeltaRCM | River delta formation and evolution model with channel dynamics | Liang, Man | |
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| DeltaRCM Vegetation | Delta-building model DeltaRCM expanded to include vegetation | Lauzon, Rebecca | |
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| DeltaSIM | Process-response model simulating the evolution and stratigraphy of fluvial dominated deltaic systems | Hoogendoorn, Bob | |
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| Demeter | Demeter - A Land Use and Land Cover Change Disaggregation Model | Vernon, Chris | |
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| DepthDependentTaylorDiffuser | This component implements a depth-dependent Taylor series diffusion rule, combining concepts of Ganti et al. (2012) and Johnstone and Hilley (2014). | Glade, Rachel | |
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| DetachmentLtdErosion | Simulate detachment limited sediment transport. | Adams, Jordan | |
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| Dorado | A Python package for simulating passive particle transport in shallow-water flows | Hariharan, Jayaram | |
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| DynEarthSol3D | DynEarthSol3D is a finite element solver that models the momentum balance and the heat transfer of elasto-visco-plastic material in the Lagrangian form. | Tan, Eh | |
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| ECSimpleSnow | A simple snow model | Wang, Kang | |
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| EF5 | Ensemble Framework For Flash Flood Forecasting | Flamig, Zac | |
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| ENTRAIN | Simulates critical shear stress of median grain sizes | Slingerland, Rudy | |
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| ENTRAINH | Simulates critical shields theta for median grain sizes | Slingerland, Rudy | |
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| ESCAPE | parallel global-scale landscape evolution model | Salles, Tristan | |
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Ecopath with Ecosim
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Ecopath with Ecosim (EwE) is an ecological modeling software suite for personal computers | Christensen, Villy | |
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| Elv-GST | Numerical 1D research code Elv applied to gravel-sand transitions | Blom, Astrid | |
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| Erode | Fluvial landscape evolution model | Peckham, Scott | |
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ErosionDeposition
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Landlab component for fluvial erosion/deposition. | Shobe, Charles | |
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| ExponentialWeatherer | Exponential soil production function in the style of Ahnert (1976) | Glade, Rachel | |
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| FUNDY | a 3-D diagnostic model for continental shelf circulation studies | Naimie, Christopher | |
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| FUNWAVE | Fully Nonlinear Boussinesq Wave Model | Kirby, Jim | |
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| FVCOM | The Unstructured Grid Finite Volume Coastal Ocean Model | Chen, Changsheng | |
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| FVshock | Finite Volume two-dimensional shock-capturing model. | Canestrelli, Alberto | |
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| FastscapeEroder | Compute fluvial erosion using stream power theory (“fastscape” algorithm) | Hobley, Daniel | |
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| FineSed3D | A turbulence-resolving numerical model for fine sediment transport in bottom boundary layer | Cheng, Zhen | |
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| Flexure | Deform the lithosphere with 1D or 2D flexure. | Hutton, Eric | |
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| GEOMBEST | Geomorphic Model of Barrier, Estuarine, and Shoreface Translations | Moore, Laura | |
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| GEOMBEST++ | Geomorphic model of barrier, estaurine, and shoreface translations plus dynamic marsh plus waves | Lauzon, Rebecca | |
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| GEOMBEST++Seagrass | Geomorphic Model of Barrier, Estuarine, and Shoreface Translations + Marsh + Seagrass | Reeves, Ian | |
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| GEOMBEST-Plus | 2D cross-shore geomorphological model of barrier island and marsh response to sea level rise. | Walters, David | |
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| GIPL | GIPL(Geophysical Institute Permafrost Laboratory) is an implicit finite difference one-dimensional heat flow numerical model. | Jafarov, Elchin | |
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| GISS GCM ModelE | GISS GCM ModelE | Schmidt, Gavin | |
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| GLUDM | Global future agricultural land use dynamics model | Cohen, Sagy | |
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| GOLEM | Landscape evolution model | Tucker, Greg | |
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GRLP
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Evolves gravel-bed river long profiles | Wickert, Andrew | |
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| GSFLOW | Ground-water and Surface-water FLOW model | Markstrom, Steve | |
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| GST-extendedmodel | Extended GST model: combination of an analytical GST migration model combined with closure relations based on the assumption of quasi-equilibrium conditions | Blom, Astrid | |
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GeoClaw
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Depth-averaged fluid dynamics for modeling geophysical flows and wave propagation | LeVeque, Randall | |
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| GeoFlood | Computational model for overland flooding | Kyanjo, Brian | |
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| Glimmer-CISM | Dynamic thermo-mechanical ice sheet model | Hagdorn, Magnus | |
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| Gospl | Global Scalable Paleo Landscape Evolution | Salles, Tristan | |
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GrainHill
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Cellular automaton model of hillslope evolution | Tucker, Gregory | |
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| GreenAmptInfiltrationModel | The Green-Ampt method of infiltration estimation. | Jiang, Peishi | |
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| GroundwaterDupuitPercolator | The GroundwaterDupuitPercolator solves the Boussinesq equation for flow in an unconfined aquifer over an impermeable aquifer base and calculates groundwater return flow to the surface. | Litwin, David | |
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| GullyErosionProfiler1D | This model is designed to simulate longitudinal profiles with headward advancing headcuts. | Rengers, Francis | |
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| HBV | HBV model is a rainfall-runoff model | Craven, John | |
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| HIM | Hallberg Isopycnal Model | Hallberg, Robert | |
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| HYPE | Hydrological model for simulation of water and water quality over time | SMHI, -- | |
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| HexWatershed | A mesh independent flow direction model for hydrologic models | Liao, Chang | |
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| Hogback | Evolution of a hogback | Glade, Rachel | |
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HyLands
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The HyLands model simulates the impact of bedrock landslides on topographic evolution and sediment dynamics. | Campforts, Benjamin | |
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| HydroCNHS | HydroCNHS, a Python Package of Hydrological Model for Coupled Natural–Human Systems | Lin, Chung-Yi | |
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| HydroRaVENS | Linear-reservoir hydrological model with snowpack and evapotranspiration | Wickert, Andrew | |
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| HydroTrend | Climate driven hydrological transport model | Kettner, Albert | |
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| Hyper | 2D Turbidity Current model | Imran, Jasim | |
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| ISSM | Ice Sheet System Model (ISSM) | Larour, Eric | |
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| IceFlow | 2D semi-implicit shallow ice approximation glacier model | Wickert, Andy | |
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| Inflow | Steady-state hyperpycnal flow model | Hutton, Eric | |
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Instructed Glacier Model
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The Instructed Glacier Model (IGM) simulates the ice dynamics, surface mass balance, and its coupling through mass conservation to predict the evolution of glaciers, icefields, or ice sheets | Jouvet, Guillaume | |
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| KWAVE | A model representing infiltration, interception, and runoff using the kinematic wave approximation | McGuire, Luke | |
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Kudryavtsev Model
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Permafrost Active Layer Thickness Model based on Kudryavtsev's parametrization | Overeem, Irina | |
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| LEMming | LEMming landscape evolution model: a 2-D, regular-grid, rules-based, hybrid finite-difference / cellular automaton model that is designed to explore the effect of multiple rock types on landscape evolution. | Ward, Dylan | |
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| LEMming2 | 2D model that simulates the retreat of hard-capped cliffs | Ward, Dylan | |
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| LISFLOOD | LISFLOOD - a distributed hydrological rainfall-runoff model | de Roo, Ad | |
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| LITHFLEX1 | Lithospheric flexure solution | Furlong, Kevin | |
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| LITHFLEX2 | Lithospheric flexure solution for a broken plate | Furlong, Kevin | |
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| LOADEST | Software for estimating constituent loads in streams and rivers | Runkel, Rob | |
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| LONGPRO | Dynamic evolution of longitudinal profiles | Slingerland, Rudy | |
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| LTRANS | The Larval TRANSport Lagrangian model (LTRANS) is an off-line particle-tracking model that runs with the stored predictions of a 3D hydrodynamic model, specifically the Regional Ocean Modeling System (ROMS). | North, Elizabeth | |
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| LaMEM | LaMEM - Lithosphere and Mantle Evolution Model | Popov, Anton | |
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| Landlab | Python software framework for writing, assembling, and running 2D numerical models | Tucker, Greg | |
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| Landslides | Landlab component that simulates landslide probability of failure as well as mean relative wetness and probability of saturation. | Strauch, Ronda | |
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LateralVerticalIncision
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Geometric model to explore autogenic increase of vertical incision rate in entrenching alluvial rivers. | Malatesta, Luca | |
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| LinearDiffuser | Landlab component that models soil creep as a linear diffusion process | Tucker, Greg | |
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LuSS
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A set of MATLAB functions to model how luminescence evolves in different geomorphic scenarios. | Brown, Nathan | |
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| LumSoilMixer | This is a model to simulate the non-dimensionalized luminescence in a mixing soil. | Gray, Harrison | |
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MARM5D
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Landscape-scale soil evolution model | Cohen, Sagy | |
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MARSSIM V4
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MARSSIM terrestrial and planetary Landform Evolution Model | Howard, Alan | |
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| MICOM | Miami Isopycnic Coordinate Ocean Model | Bleck, Rainer | |
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| MIDAS | Coupled flow- heterogeneous sediment routing model | Slingerland, Rudy | |
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| MITgcm | The MITgcm (MIT General Circulation Model) is a numerical model designed for study of the atmosphere, ocean, and climate. | Lovenduski, Nicole | |
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| MODFLOW | MODFLOW is a three-dimensional finite-difference ground-water model | Barlow, Paul | |
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MODFLOW 6
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MODFLOW 6 is an object-oriented program and framework developed to provide a platform for supporting multiple models and multiple types of models within the same simulation | Hughes, Joseph | |
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| MOM6 | MOM6 is the latest generation of the Modular Ocean Model which is a numerical model code for simulating the ocean general circulation. | User community, MOM6 | |
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| MPeat2D | A fully coupled mechanical–ecohydrological model of peatland development in two dimensions | Mahdiyasa, Adilan | |
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MRSAA
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Macro-roughness model framework for treating erosion, bed cover, and sediment transport in bedrock river channels. | Zhang, Li | |
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| Manningseq-bouldersforpaleohydrology | Matlab® code for paleo-hydrological flood flow reconstruction in a fluvial channel | Huber, Marius | |
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| MarshPondModel | 2D marsh evolution model focused on pond dynamics | Mariotti, Giulio | |
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Meander Centerline Migration Model
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Simulation of the long-term migration of meandering rivers flowing above heterogeneous floodplains | Bogoni, Manuel | |
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| Meanderpy | A simple kinematic model of meandering | Sylvester, Zoltan | |
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| Mixed bedrock-alluvial morphodynamic | Alluvial morphodynamics of bedrock reaches | Jafarinik, Sadegh | |
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| Mocsy | Routines to model the ocean carbonate system | Orr, James | |
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| Morphodynamic gravel bed | Morphodynamic evolution of gravel bed rivers | Jafarinik, Sadegh | |
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| Mosartwmpy | Model for Scale Adaptive River Transport with Water Management in Python | Thurber, Travis | |
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| Mrip | Mrip is a self-organization type model for the formation and dynamics of megaripples in the nearshore. | Gallagher, Edith | |
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| NEWTS | NEWTS: Numerical model of coastal Erosion by Waves and Transgressive Scarps | Palermo, Rose | |
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| NUBBLE | A turbulent boundary layer model for the linearized shallow water equations | Naimie, Christopher | |
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| NearCoM | Nearshore Community Model | Kirby, James | |
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| Nitrate Network Model | Nitrate and organic carbon dynamics on a wetland-river network | Czuba, Jonathan | |
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| NormalFault | NormalFault implements relative rock motion due to a normal fault. | Barnhart, Katy | |
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| OGGM | OGGM is a modular open source model for glacier dynamics | Maussion, Fabien | |
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| OTEQ | One-Dimensional Transport with Equilibrium Chemistry (OTEQ): A Reactive Transport Model for Streams and Rivers | Runkel, Rob | |
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| OTIS | One-Dimensional Transport with Inflow and Storage (OTIS): A Solute Transport Model for Streams and Rivers | Runkel, Rob | |
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| OTTAR | Ode To Transient (Ancho de los) Rivers: Transient evolution of river-channel width in response to river discharge and bank and sediment properties. | Wickert, Andrew | |
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| OTTER | Evolution of a river profile with dynamic width | Yanites, Brian | |
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| OceanWaves | Calculate wave-generated bottom orbital velocities from surface wave parameters | Wiberg, Patricia | |
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| Oceananigans.jl | Oceananigans.jl is a fast and friendly ocean-flavored Julia software for simulating incompressible fluid dynamics in Cartesian and spherical shell domains on CPUs and GPUs. | Ramadhan, Ali | |
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OlaFlow
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Wave generation and active absorption interaction with porous structures framework | Higuera, Pablo | |
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| OpenAMUNDSEN | openAMUNDSEN is a modular snow and hydroclimatological modeling framework written in Python. | Strasser, Ulrich | |
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OverlandFlow
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Component simulating overland flow using a 2-D numerical approximation of the shallow-water equations following the de Almeida et al., 2012 algorithm for storage-cell inundation modeling. | Adams, Jordan | |
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| OverlandFlowBates | This component simulates overland flow using the 2-D numerical model of shallow-water flow over topography using the Bates et al. (2010) algorithm for storage-cell inundation modeling. | Adams, Jordan | |
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| PHREEQC | PHREEQC version 3 is a computer program written in the C and C++ programming languages that is designed to perform a wide variety of aqueous geochemical calculations | Parkhurst, David | |
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| PIHM | PIHM is a multiprocess, multi-scale hydrologic model. | Duffy, Christopher | |
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| PISM | Parallel Ice Sheet Model, PISM | Group, Glacier | |
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| PRMS | Precipitation-Runoff Modeling System | Leavesley, George | |
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| PSTSWM | Parallel Spectral Transform Shallow Water Model | Worley, Patrick | |
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| ParFlow | Parallel, high-performance, integrated watershed model | Maxwell, Reed | |
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| PerronNLDiffuse | Nonlinear diffusion, following Perron (2011). | Hobley, Daniel | |
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| Pllcart3d | 3D numerical simulation of confined miscible flows | Oliveira, Rafael | |
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| Plume | Hypopycnal sediment plume | Hutton, Eric | |
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| Point-Tidal-flat | Point Model for Tidal Flat Evolution model | Fagherazzi, Sergio | |
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| PotentialEvapotranspiration | Calculates potential evapotranspiration | Nudurupati, Sai | |
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| Princeton Ocean Model (POM) | POM: Sigma coordinate coastal & basin circulation model | Ezer, Tal | |
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PyDeCe
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Python model for Dense Current forming eruptions (PyDeCe) is a tool for modeling the dense endmember of pyroclastic density currents generated either by impulsive column collapse or sustained fountaining eruptions. | Ganesh, Indujaa | |
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| PyDeltaRCM | Reduced complexity river delta formation and evolution model with channel dynamics | Perignon, Mariela | |
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| QTCM | Quasi-equilibrium Tropical Circulation Model | Neelin, David | |
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| QUAL2K | A Modeling Framework for Simulating River and Stream Water Quality | Chapra, Steve | |
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| QUODDY | A state-of-the-art finite-element computer simulation program for coastal ocean circulation modeling | Lynch, Kristina | |
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RAFEM
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River Avulsion and Floodplain Evolution Module | Ratliff, Katherine | |
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| REF-DIF | Phase-resolving parabolic refraction-diffraction model for ocean surface wave propagation. | Kirby, James | |
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| ROMS | Regional Ocean Modeling System | Arango, Hernan G. | |
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| Rescal-snow | A model of dunes and snow-waves | Kochanski, Kelly | |
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| Reservoir | Reservoir: Tools for Analysis, Design, and Operation of Water Supply Storages | Turner, Sean | |
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River Erosion Model
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An intermediate complexity model for simulating stream channel evolution (years to decades) at the watershed scale. | Lammers, Roderick | |
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| River Network Bed-Material Sediment | Bed-material sediment transport and storage dynamics on river networks. | Czuba, Jonathan | |
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River Temperature Model
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River Temperature Model based on heat balance approach | Overeem, Irina | |
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RiverMUSE
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Simulates freshwater mussel populations' response to changes in suspended sediment | Schwenk, Jon | |
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| SBM | Sorted Bedform Model | Murray, A. Brad | |
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| SEA | Southamption--East Anglia | Stevens, David | |
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| SELFE | Semi-implicit Eulerian–Lagrangian Finite Element | Zhang, Yinglong | |
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| SFINCS | SFINCS, a reduced-physics solver to compute compound flooding in coastal systems due to fluvial, pluvial, tidal, wind- and wave-driven processes | Leijnse, Tim | |
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SIGNUM
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SIGNUM (Simple Integrated Geomorphological Numerical Model) is a MAtlab TIN-based landscape evolution model | Capolongo, Domenico | |
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SINUOUS
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SINUOUS - Meander Evolution Model | Howard, Alan | |
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SLAMM 6.7
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The Sea Level Affecting Marshes Model (SLAMM) | Clough, Jonathan | |
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| SLEPIAN Bravo | Linear inverse problems using spherical harmonics and spherical Slepian functions | Simons, Frederik | |
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| SNAC | An updated Lagrangian explicit finite difference code for modeling a finitely deforming elasto-visco-plastic solid in 3D. | Choi, Eunseo | |
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| SNOWPACK | SNOWPACK is a multi-purpose snow and land-surface model, which focuses on a detailed description of the mass and energy exchange between the snow, the atmosphere and optionally with the vegetation cover and the soil. It also includes a detailed treatment of mass and energy fluxes within these media. | Bartelt, Perry | |
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SPACE
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Landlab component for 2-D calculation of fluvial sediment transport and bedrock erosion | Shobe, Charles | |
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| SPHYSICS | Smoothed Particle Hydrodynamics code | Dalrymple, Robert | |
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| STORM | Windfield simulator for a cyclone | Slingerland, Rudy | |
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| STSWM | NCAR Spectral Transform Shallow Water Model | Hack, James | |
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| STVENANT | 1D gradually varied flow routine | Slingerland, Rudy | |
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| STWAVE | Steady-State Spectral Wave Model | Smith, Jane | |
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| SUSP | Suspended load transport subroutine | Slingerland, Rudy | |
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| SWAN | SWAN is a third-generation wave model | SWAN, Team | |
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| SWAT | SWAT is a river basin scale model developed to quantify the impact of land management practices in large, complex watersheds. | Arnold, Jeff | |
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| SWEHR | A coupled model for infiltration, fluid flow, and sediment transport. | McGuire, Luke | |
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| SWMM | Storm Water Management Model | Rossman, Lewis | |
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| Sakura | 3 Equation hyperpycnal flow model | Kubo, Yusuke | |
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| SedBerg | An iceberg drift and melt model, developed to simulate sedimentation in high-latitude glaciated fjords. | Mugford, Ruth | |
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| SedCas | A probabilistic sediment cascade model for sediment production, storage and transfer | Hirschberg, Jacob | |
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| SedDepEroder | Compute fluvial erosion using using “tools and cover” theory | Hobley, Daniel | |
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| SedFoam-2.0 | A multi-dimensional Eulerian two-phase model for sediment transport (version 2.0) | Chauchat, Julien | |
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| Sedtrans05 | Sediment transport model for continental shelf and estuaries | Neumeier, Urs | |
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| SiStER | An easy-to-use MATLAB code to simulate long-term lithosphere and mantle deformation. | Olive, Jean-Arthur | |
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SoilInfiltrationGreenAmpt
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Landlab component that calculates soil infiltration based on the Green-Ampt solution. | Rengers, Francis | |
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| SoilMoisture | Compute the decay of soil moisture saturation at storm-interstorm time period | Nudurupati, Sai | |
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| SpeciesEvolver | Evolve life in a landscape. | Lyons, Nathan | |
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| StreamPowerSmoothThresholdEroder | Compute fluvial erosion using stream power theory with a numerically smoothed threshold | Tucker, Greg | |
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| Subside | Flexure model | Hutton, Eric | |
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| Sun fan-delta model | Fan-delta and alluvial fan landscape evolution model | Limaye, Ajay | |
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Symphonie
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3D primitive equation ocean model | Marsaleix, Patrick | |
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| TAo | tAo is a software designed to model the interplay between lithosphere flexure and surface transport (erosion/sedimentation), particularly during the formation of orogens and foreland sedimentary basins (see details). | Garcia Castellanos, Daniel | |
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| TOPMODEL | Physically based, distributed watershed model that simulates hydrologic fluxes of water through a watershed | Beven, Keith | |
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| TURBINS | An immersed boundary, Navier–Stokes code for the simulation of gravity and turbidity currents interacting with complex topographies. | Nasr-Azadani, Mohamad | |
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| TaylorNonLinearDiffuser | Model non-linear soil creep after Ganti et al. (2012) | Glade, Rachel | |
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Terrainbento
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A Python package for multi-model analysis in long-term drainage basin evolution | Barnhart, Katy | |
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| Terrapin | Build and destroy strath and fill terraces | Wickert, Andy | |
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| ThawLake1D | 1-D numerical model of permafrost and subsidence processes. | Matell, Nora | |
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| TopoFlow-Channels-Diffusive Wave | Diffusive Wave process component for flow routing in a D8-based, spatial hydrologic model | Peckham, Scott | |
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| TopoFlow-Channels-Dynamic Wave | Dynamic Wave process component for flow routing in a D8-based, spatial hydrologic model | Peckham, Scott | |
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| TopoFlow-Channels-Kinematic Wave | Kinematic Wave process component for flow routing in a D8-based, spatial hydrologic model. | Peckham, Scott | |
|
| TopoFlow-Diversions | Diversions component for a D8-based, spatial hydrologic model. | Peckham, Scott | |
|
| TopoFlow-Evaporation-Read File | Evaporation process component (read from file method) for a spatially-distributed hydrologic model. | Peckham, Scott | |
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| TopoFlow-Infiltration-Green-Ampt | Infiltration process component (Green-Ampt method) for a D8-based, spatial hydrologic model | Peckham, Scott | |
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| TopoFlow-Infiltration-Smith-Parlange | Infiltration process component (Smith-Parlange method) for a D8-based, spatial hydrologic model | Peckham, Scott | |
|
| TopoFlow-Meteorology | Meteorology process component for a D8-based, spatial hydrologic model | Peckham, Scott | |
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| TopoFlow-Snowmelt-Degree-Day | Snowmelt process component (Degree-Day method) for a D8-based, spatial hydrologic model | Peckham, Scott | |
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| TopoFlow-Snowmelt-Energy Balance | Snowmelt process component (Energy Balance method) for a D8-based, spatial hydrologic model | Peckham, Scott | |
|
| Tracer dispersion calculator | The model computes the streamwise and vertical dispersal of a patch of tracers in a gravel bed river | Viparelli, Enrica | |
|
| TransportLengthHillslopeDiffuser | Transport length hillslope diffusion. | Mouchene, Margaux | |
|
TwoPhaseEulerSedFoam
|
A four-way coupled two-phase Eulerian model for sediment transport | Cheng, Zhen | |
|
| UEB | The Utah Energy Balance (UEB) Grid snowmelt model | Tarboton, David | |
|
| UIDS | A Matlab-based urban flood model considering rainfall-induced and surcharge-induced inundations | Tran, Vinh | |
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| Underworld2 | Underworld2 is an open-source, particle-in-cell finite element code tuned for large-scale geodynamics simulations. | Moresi, Louis | |
|
| VIC | VIC (Variable Infiltration Capacity) is a macroscale hydrologic model that solves full water and energy balances, originally developed by Xu Liang at the University of Washington. | Lettenmaier, Dennis | |
|
| VegCA | Landlab component that simulates inter-species plant competition using a 2D cellular automata model. | Nudurupati, Sai | |
|
| Vegetation | Model plant dynamics using multiple representative plant species | Nudurupati, Sai | |
|
| WACCM Dust-Sulfur | Whole atmosphere module of sulfate aerosols. | Neely, Ryan | |
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| WACCM-CARMA | atmospheric/aerosol microphysical model | English, Jason | |
|
| WACCM-EE | GCM for deep paleoclimate studies | Wolf, Eric | |
|
| WAVEREF | Wave refraction routine | Slingerland, Rudy | |
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| WAVEWATCH III ^TM | Spectral wind wave model | Tolman, Hendrik | |
|
| WAVI.jl | Ice Sheet Modelling in Julia | Bradley, Alexander | |
|
WBM-WTM
|
Water Balance/Transport Model | Fekete, Balazs | |
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| WBMsed | Global sediment flux and water discharge model. | Cohen, Sagy | |
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| WDUNE | GUI implementation of the Werner (1995) cellular automata aeolian dune model | Barchyn, Tom | |
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| WINDSEA | Deep water significant wave height and period simulator during a hurricane routine | Slingerland, Rudy | |
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| WOFOST | WOFOST (WOrld FOod STudies) is a simulation model for the quantitative analysis of the growth and production of annual field crops. | Boogaard, Hendrik |  |
|
| WRF | Weather Research and Forecasting Model | Skamarock, Bill | |
|
WRF-Hydro
|
The WRF-Hydro® Modeling System, an open-source community model, is used for a range of projects, including flash flood prediction, regional hydroclimate impacts assessment, seasonal forecasting of water resources, and land-atmosphere coupling studies. It produces forecasts and analyses for all major terrestrial water-cycle components: Precipitation, Streamflow, Soil moisture, Snowpack, Flooding, Groundwater. | McAllister, Molly | |
|
| WSGFAM | Wave and current supported sediment gravity flow model | Friedrichs, Carl | |
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| WSIMOD | WSIMOD: Water Systems Integrated Modelling framework | Dobson, Barnaby | |
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| WTM | Coupled groundwater and dynamic lake modelling | Callaghan, Kerry | |
|
Wetland3P
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A 3-point dynamic model for the morphological evolution of a backbarrier basin composed by marshes and mudflats | mariotti, giulio | |
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| XBeach | Morphological changes, nearshore currents, wave propagation and sediment transport model | Roelvink, Dano | |
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| YANGs | Fluvial sediment transport model | Slingerland, Rudy | |
All tools (122)
| Program | Description | Developer | Download | PyMT |
|---|---|---|---|---|
| 1D Hillslope MCMC | Monte Carlo chain of 1D non-linear diffusion hillslope model to find most likely boundary conditions | Hurst, Martin | |
|
| ADI-2D | Read note in extended description. Advection Diffusion Implicit (ADI) method for solving 2D diffusion equation | Pelletier, Jon | |
|
| Acronym1 | E-book: program for computing bedload transport in gravel rivers. | Parker, Gary | |
|
| Acronym1D | E-book: program for computing bedload transport in gravel rivers over time. | Parker, Gary | |
|
| Acronym1R | E-book: program for computing bedload transport in gravel rivers with a Manning-Strickler relation for flow resistance. | Parker, Gary | |
|
| AgDegBW | E-book: Calculator for aggradation and degradation of a river reach using a backwater formulation. | Parker, Gary | |
|
| AgDegNormGravMixSubPW | E-book: calculator for evolution of upward-concave bed profiles in rivers carrying sediment mixtures in subsiding basins. | Parker, Gary | |
|
| AgDegNormal | E-book: illustration of calculation of aggradation and degradation of a river reach using the normal flow approximation. | Parker, Gary | |
|
| 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. | Parker, Gary | |
|
| AgDegNormalGravMixHyd | E-book: A module that calculates the evolution of a gravel bed river under an imposed cycled hydrograph. | Parker, Gary | |
|
| AgDegNormalSub | E-book: Program to calculate the evolution of upward-concave bed profiles in rivers carrying uniform sediment in subsiding basins. | Parker, Gary | |
|
| Area-Slope Equation Calculator | Pixel scale Area-Slope equation calculator | Cohen, Sagy | |
|
| BackwaterCalculator | E-book: program for backwater calculations in open channel flow | Parker, Gary | |
|
| BatTri | A graphical Matlab interface to the C language 2-D quality finite element grid generator Triangle. | Shewchuk, Jonathan | |
|
| Bedrock Erosion Model | Read note in extended description. Knickpoint propagation in the 2D sediment-flux-driven bedrock erosion model | Pelletier, Jon | |
|
| BedrockAlluvialTransition | E-book: calculator for aggradation and degradation with a migrating bedrock-alluvial transition at the upstream end. | Parker, Gary | |
|
CMIP
|
Data component provides monthly mean temperature for Permafrost Region 1902-2100 | Overeem, Irina | |
|
| Channel-Oscillation | Read note in extended description. Simulates Oscillations in arid alluvial channels | Pelletier, Jon | |
|
CoastMorpho2D
|
Long term 2D morphodynamics of coastal areas | Mariotti, Giulio | |
|
| Coupled1D | Read note in extended description. Coupled 1D bedrock-alluvial channel evolution | Pelletier, Jon | |
|
| CrevasseFlow | The module calculates crevasse splay morphology and water discharge outflow of a crevasse splay. | Chen, Yunzhen | |
|
Dakotathon
|
A Python API for the Dakota iterative systems analysis toolkit. | Piper, Mark | |
|
| DbSEABED Data Component | A CSDMS data component used to download the marine substrates datasets from the dbSEABED system. | Gan, Tian | |
|
DeltaClassification
|
Geometry classification of delta islands | Perignon, Mariela | |
|
| DeltaNorm | E-book: Calculator for evolution of long profile of a river ending in a 1D migrating delta, using the normal flow approximation. | Parker, Gary | |
|
| 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. | Parker, Gary | |
|
| DepressionFinderAndRouter | Find depressions on a topographic surface. | Hobley, Dan | |
|
DepthDependentDiffuser
|
Soil depth-dependent linear hillslope diffuser | Glade, Rachel | |
|
| Detrital Thermochron | Code for estimating long-term exhumation histories and spatial patterns of short-term erosion from the detrital thermochronometric data. | Avdeev, Boris | |
|
DrEICH algorithm
|
Algorithm for extracting channel networks from high resolution topographic data | Clubb, Fiona | |
|
Drainage Density
|
Component for calculating drainage density in Landlab given a channel network | Shobe, Charles | |
|
| DredgeSlotBW | E-book: calculator for aggradation and degradation of sediment mixtures in gravel-bed streams subject to cyclic hydrographs. | Parker, Gary | |
|
| ERA5 Data Component | A CSDMS data component used to download the ECMWF Reanalysis v5 (ERA5) datasets | Gan, Tian | |
|
| Eolian Dune Model | Read note in extended description. Werner's model for eolian dune formation and evolution | Pelletier, Jon | |
|
| Equilibrium Calculator | Equilibrium solver of Self-formed, Single-thread, Sand-bed Rivers | Viparelli, Enrica | |
|
EstuarineMorphologyEstimator
|
Empirical Assessment Tool for Bathymetry, Flow Velocity and Salinity in Estuaries Based on Tidal Amplitude and Remotely-Sensed Imagery | Leuven, Jasper | |
|
| FACET | Floodplain and Channel Evaluation Tool (FACET) | Lamont, Samuel | |
|
| FTCS2D | Read note in extended description. Forward Time Centered Space (FTCS) method for 2D diffusion equation | Pelletier, Jon | |
|
| FTCS2D-TerraceDiffusion | Read note in extended description. Forward Time Centered Space (FTCS) method for 2D Terrace diffusion | Pelletier, Jon | |
|
| FallVelocity | E-book: Particle fall velocity calculator | Parker, Gary | |
|
| FillinPitsFlatsDEM | Read note in extended description. Filling in pits and flats in a DEM | Pelletier, Jon | |
|
| FireGenerator | This component generates a random fire event or fire time series from the Weibull statistical distribution. | Adams, Jordan | |
|
| Flex1D | Read note in extended description. Fourier filtering in 1D while solving the flexure equation | Pelletier, Jon | |
|
| Flex2D | Read note in extended description. Fourier filtering in 2D while solving the flexure equation | Pelletier, Jon | |
|
| Flex2D-ADI | Read note in extended description. Solving the flexure equation applying Advection Diffusion Implicit (ADI) method | Pelletier, Jon | |
|
| FlowAccumulator | Component to accumulate flow and calculate drainage area. | Barnhart, Katy | |
|
| FlowDirectorD8 | Single-path (steepest direction) flow direction with diagonals on rasters. | Barnhart, Katy | |
|
| FlowDirectorDinf | Flow direction on a raster grid by the D infinity method. | Barnhart, Katy | |
|
| FlowDirectorMFD | Multiple-path flow direction with or without out diagonals. | Barnhart, Katy | |
|
| FlowDirectorSteepest | Single-path (steepest direction) flow direction without diagonals. | Barnhart, Katy | |
|
| Fourier-Bessel-integration | Read note in extended description. Numerical integration of Fourier-Bessel terms | Pelletier, Jon | |
|
| FractionalNoises1D | Read note in extended description. 1D fractional-noise generation with Fourier-filtering method | Pelletier, Jon | |
|
| FractureGridGenerator | Create a 2D grid with randomly generated fractures. | Tucker, Greg | |
|
FwDET
|
Calculate floodwater depth based on an inundation polygon (e.g. from remote sensing) and a DEM | Cohen, Sagy | |
|
| GISKnickFinder | This python code can be used to find knickpoints and extract information about streams, it utilizes built-in functions of ArcGIS. | Rengers, Francis | |
|
| GSDCalculator | E-book: Calculator for statistical characteristics of grain size distributions. | Parker, Gary | |
|
| GSFLOW-GRASS | Quickly generates input files for and runs GSFLOW, and visualizes the output | Wickert, Andrew | |
|
GeoTiff Data Component
|
A CSDMS data component for accessing data and metadata from a GeoTIFF file, through either a local filepath or a remote URL.. | Piper, Mark | |
|
| 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. | Parker, Gary | |
|
GridMET Data Component
|
A CSDMS data component for fetching and caching gridMET meteorological data. | McDonald, Rich | |
|
| HackCalculator | Calculate Hack parameters. | Barnhart, Katy | |
|
Hilltop flow routing
|
Algorithm for directly measuring hillslope length from high resolution topographic data | Grieve, Stuart | |
|
| Hydromad | Hydrological Model Assessment and Development | Guillaume, Joseph | |
|
IDA
|
An implementation of the Implicit Drainage Area method (regular and hybrid versions) for calculating drainage area from flow directions using parallel iterative solvers. | Richardson, Alan | |
|
| ILAMB | The International Land Model Benchmarking (ILAMB) toolkit | Collier, Nathan | |
|
| Ice-sheet-Glacier-reconstruction | Read note in extended description. Sandpile method for ice-sheet and glacier reconstruction | Pelletier, Jon | |
|
| Iceages | Read note in extended description. Stochastic-resonance subroutine of Pleistocene ice ages | Pelletier, Jon | |
|
| Icepack | Icepack is a Python package for simulating the flow of glaciers and ice sheets, as well as for solving glaciological data assimilation problems. | Shapero, Daniel | |
|
IncrementalDebrisFlowVolumeAnalyzer
|
Estimate incremental volume changes (erosion and deposition) along the path of a debris flow. | Guido, Lauren | |
|
KnickZone-Picker
|
Matlab-based scripts to extract topometrics for catchments and identify river knickpoints. | Bookhagen, Bodo | |
|
| LOGDIST | Logrithmic velocity distribution solution | Slingerland, Rudy | |
|
| LakeMapperBarnes | Temporarily fills depressions and reroutes flow across them | Hobley, Daniel | |
|
| LateralEroder | Laterally erode neighbor node through fluvial erosion. | Langston, Abigail | |
|
| LavaFlow2D | Read note in extended description. 2D radially symmetric lava flow model | Pelletier, Jon | |
|
| Lithology | Create a Lithology object with different properties | Barnhart, Katy | |
|
| LossyFlowAccumulator | Component to calculate drainage area and accumulate flow, while permitting dynamic loss or gain of flow downstream. | Hobley, Dan | |
|
| MFDrouting | Read note in extended description. Multiple Flow Direction (MFD) flow routing method | Pelletier, Jon | |
|
| MFDrouting-Successive | Read note in extended description. Successive flow routing with Multiple Flow Direction (MFD) method | Pelletier, Jon | |
|
| ModelParameterDictionary | Tool written in Python for reading model input parameters from a simple formatted text file. | Tucker, Greg | |
|
| NEXRAD-extract | Extract data from NEXRAD Doppler Radar NetCDFs | Wickert, Andy | |
|
| NWIS Data Component | A CSDMS data component used to download the National Water Information System (Nwis) time series datasets. | Gan, Tian | |
|
| NWM Data Component | A CSDMS data component used to download the National Water Model datasets. | Gan, Tian | |
|
| Non Local Means Filtering | Performs non-local means filtering of a DEM following Buades et al. (2005) | Hurst, Martin | |
|
| OpenFOAM | Open Field Operation and Manipulation is a toolbox for the development of customized numerical solvers. | Weller, Henry | |
|
OptimalCycleID
|
A numerical method to analyse a vertical succession of strata and identify the most cyclical arrangement of constituent facies | Burgess, Peter | |
|
| OrderID | A method to test for order in a vertical succession of strata | Burgess, Peter | |
|
| PIHMgis | Tightly coupled GIS interface for the Penn State Integrated Hydrologic Model | Duffy, Christopher | |
|
Permafrost Benchmark System
|
The PBS is a web-based tool for conducting benchmarking studies of permafrost models. | Piper, Mark | |
|
| PotentialityFlowRouter | Multidirectional flow routing using a novel method. | Hobley, Daniel | |
|
| PrecipitationDistribution | Generate random sequence of precipitation events | Adams, Jordan | |
|
| PyRiverBed | A Python framework to generate synthetic riverbed topography of constant-width meandering rivers | Li, Zhi | |
|
| PySBeLT | A Python software package for stochastic sediment transport under rarefied conditions | Zwiep, Sarah | |
|
| ROMS Data Component | A CSDMS data component used to access the Regional Ocean Modeling System (ROMS) datasets | Gan, Tian | |
|
| Rabpro | River and Basin Profiler (rabpro) | Schwenk, Jon | |
|
| Radiation | Compute 1D and 2D total incident shortwave radiation. | Nudurupati, Sai | |
|
| RecircFeed | E-book: calculator for approach to equilibrium in recirculating and feed flumes | Parker, Gary | |
|
| RivGraph | RivGraph: Automatic extraction and analysis of river and delta channel network topology | Schwenk, Jon | |
|
| RivMAP | Matlab toolbox for mapping and measuring river planform changes | Schwenk, Jon | |
|
| RiverWFRisingBaseLevelNormal | E-book: Calculator for disequilibrium aggradation of a sand-bed river in response to rising base level. | Parker, Gary | |
|
| RouseVanoniEquilibrium | E-book: Program for calculating the Rouse-Vanoni profile of suspended sediment. | Parker, Gary | |
|
| SETTLE | Partical settling velocity solution | Slingerland, Rudy | |
|
| SVELA | Shear velocity solution associated with grain roughness | Slingerland, Rudy | |
|
| SinkFiller | Fill sinks in a landscape to the brim, following the Barnes et al. (2014) algorithms. | Hobley, Daniel | |
|
| SoilGrids Data Component | A CSDMS data component used to download the soil property datasets from the SoilGrids system. | Gan, Tian | |
|
| SpatialPrecipitationDistribution | Generate random sequence of spatially-resolved precipitation events | Hobley, Daniel | |
|
| Spirals1D | Read note in extended description. 1D model of spiral troughs on Mars | Pelletier, Jon | |
|
| SteepnessFinder | Calculate steepness and concavity indices from gridded topography | Hobley, Daniel | |
|
| StreamPower | Read note in extended description. Modeling the development of topographic steady state in the stream-power model | Pelletier, Jon | |
|
| StreamProfilerApp | Global stream profiler web-app | Ruetenik, Gregory | |
|
| SubsidingFan | E-book: calculator for evolution of profiles of fans in subsiding basins | Parker, Gary | |
|
| SuspSedDensityStrat | E-book: Module for calculating the effect of density stratification on the vertical profiles of velocity and suspended sediment. | Parker, Gary | |
|
| TOPOG | TOPOG is a terrain analysis-based hydrologic modelling package | Silberstein, Richard | |
|
| TURB | Gausian distribution calculator of instantaneous shear stresses on the fluvial bed | Slingerland, Rudy | |
|
| TauDEM | A suite of Digital Elevation Model (DEM) tools for the extraction and analysis of hydrologic information from topography as represented by a DEM. TauDEM 5 is a new version implemented to take advantage of parallel processing | Tarboton, David | |
|
| TopoPyScale | A Python Package for Hillslope Climate Downscaling | Filhol, Simon | |
|
| TopoToolbox | A set of Matlab functions for topographic analysis | Schwanghart, Wolfgang | |
|
Topography Data Component
|
A CSDMS data component used to fetch and cache NASA Shuttle Radar Topography Mission (SRTM) and JAXA Advanced Land Observing Satellite (ALOS) land elevation data using the OpenTopography REST API. | Piper, Mark | |
|
WAVEWATCH III Data Component
|
A CSDMS data component used to fetch and cache WAVEWATCH III datasets. | Hutton, Eric | |
|
| WPHydResAMBL | E-book: Implementation of the Wright-Parker (2004) formulation for hydraulic resistance combined with the Ashida-Michiue (1972) bedload formulation. | Parker, Gary | |
|
| ZoneController | Controls zones and populates them with taxa. | Lyons, Nathan | |
|
| ZoneTaxon | A zone-based taxon | Lyons, Nathan | |
|
| Zscape | A simple parallel code to demonstrate diffusion | Connor, Chuck | |
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