[{"id":"http://csdms.ontosoft.org/repository/software/Software-eC0qIWhAzhhA","name":"Software-eC0qIWhAzhhA","type":"http://ontosoft.org/software#Software","label":"GIPL","description":"GIPL(Geophysical Institute Permafrost Laboratory) is an implicit finite difference one-dimensional heat flow numerical model. The GIPL model uses the effect of snow layer and subsurface soil thermal properties to simulate ground temperatures and active layer thickness (ALT) by solving the 1D heat...","authors":["Elchin Jafarov"],"user":"admin","time":1442847930748,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-eC0qIWhAzhhA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-62JYnDgLmAeg","name":"Software-62JYnDgLmAeg","type":"http://ontosoft.org/software#Software","label":"SETTLE","description":"Calculates the constant terminal settling velocity of each size-density fraction's median size from Dietrich's equation.","authors":["Rudy Slingerland"],"user":"admin","time":1442847939751,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-62JYnDgLmAeg/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ZE1Hnu01is3D","name":"Software-ZE1Hnu01is3D","type":"http://ontosoft.org/software#Software","label":"SedBerg","description":"The model simulates the formation, drift, and melt of a population of icebergs utilizing Monte Carlo based techniques with a number of underlying parametric probability distributions to describe the stochastic behavior of iceberg formation and dynamics.","authors":["Ruth Mugford"],"user":"admin","time":1442847941611,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ZE1Hnu01is3D/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-dlAlHlrf3ARx","name":"Software-dlAlHlrf3ARx","type":"http://ontosoft.org/software#Software","label":"DLBRM","description":"The DLBRM is a distributed, physically based, watershed hydrology model that subdivides a watershed into a 1 km2 grid network and simulates hydrologic processes for the entire watershed sequentially.","authors":["Thomas Croley"],"user":"admin","time":1442847950038,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-dlAlHlrf3ARx/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-clKf9hswchUe","name":"Software-clKf9hswchUe","type":"http://ontosoft.org/software#Software","label":"DeltaSIM","description":"A process-response model simulating the evolution and stratigraphy of fluvial dominated deltaic systems in two dimensions, based on simple approximations of erosion and deposition. The model is called DELTASIM, and was initially presented by Overeem et al. (2003) as AQUATELLUS. DELTASIM has sever...","authors":["Bob Hoogendoorn"],"user":"admin","time":1442847950444,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-clKf9hswchUe/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xeSAKTr0kMwY","name":"Software-xeSAKTr0kMwY","type":"http://ontosoft.org/software#Software","label":"Quad","description":"We present a geometric model able to track the geomorphic boundaries that delimit the fluvial plain of fluvial-deltas: the shoreline and the alluvial-bedrock transition. By assuming a fluvial profile with a quadratic form, which satisfies the overall mass balance and the boundary conditions dicta...","authors":["Jorge Lorenzo Trueba"],"user":"admin","time":1442847938259,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xeSAKTr0kMwY/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-W1SF9iraz8D7","name":"Software-W1SF9iraz8D7","type":"http://ontosoft.org/software#Software","label":"Plume","description":"Run a hypopycnal sediment plume","authors":["Eric Hutton"],"user":"admin","time":1442847937454,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-W1SF9iraz8D7/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-S9dnZI72vOnP","name":"Software-S9dnZI72vOnP","type":"http://ontosoft.org/software#Software","label":"RCPWAVE","description":"RCPWAVE is a 2D steady state monocromatic short wave model for simulating wave propagation over arbitrary bahymetry.","authors":["Mark Gravens"],"user":"admin","time":1442847938432,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-S9dnZI72vOnP/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ynsKYFpIghZV","name":"Software-ynsKYFpIghZV","type":"http://ontosoft.org/software#Software","label":"FLDTA","description":"Calculates the flow velocity and depth based on the gradually varied flow equation of an open channel.","authors":["Rudy Slingerland"],"user":"admin","time":1442847951510,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ynsKYFpIghZV/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-tV2CaTSEALus","name":"Software-tV2CaTSEALus","type":"http://ontosoft.org/software#Software","label":"LOGDIST","description":"Calculates the logrithmic velocity distribution called from TRCALC","authors":["Rudy Slingerland"],"user":"admin","time":1442847934384,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-tV2CaTSEALus/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-l16i8MaCDe2Y","name":"Software-l16i8MaCDe2Y","type":"http://ontosoft.org/software#Software","label":"Princeton Ocean Model (POM)","description":"The Princeton Ocean Model (POM), a simple-to-run yet powerful ocean modeling code that is able to simulate a wide-range of problems: circulation and mixing processes in rivers, estuaries, shelf and slope, lakes, semi-enclosed seas and open and global ocean. POM is a sigma coordinate, free surface...","authors":["Tal Ezer"],"user":"admin","time":1442847937638,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-l16i8MaCDe2Y/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-UDvzdrz85HbE","name":"Software-UDvzdrz85HbE","type":"http://ontosoft.org/software#Software","label":"GEOMBEST-Plus","description":"“GEOMBEST-Plus” (Geomorphic Model of Barrier, Estuarine, and Shoreface Translations) is a new morphological-behaviour model that simulates the evolution of coastal morphology and stratigraphy, resulting from changes in sea level, and sediment volume within the shoreface, barrier and estuary. GEOM...","authors":["David Walters"],"user":"admin","time":1442847930309,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-UDvzdrz85HbE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-lB0M8Kuq5GGd","name":"Software-lB0M8Kuq5GGd","type":"http://ontosoft.org/software#Software","label":"CHILD","description":"CHILD computes the time evolution of a topographic surface z(x,y,t) by fluvial and hillslope erosion and sediment transport.","authors":["Greg Tucker"],"user":"admin","time":1442847948284,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-lB0M8Kuq5GGd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vrzU0z3289kH","name":"Software-vrzU0z3289kH","type":"http://ontosoft.org/software#Software","label":"DrEICH algorithm","description":"This tool uses chi river profile analysis to predict channel head locations across a landscape and therefore allow the extraction of river networks. It is most suitable for use with high resolution LiDAR (1m) DEMs. The model requires an input DEM in float format and will output the extracted chan...","authors":["Fiona Clubb"],"user":"admin","time":1442847950853,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vrzU0z3289kH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-PGYPcnDtmjOE","name":"Software-PGYPcnDtmjOE","type":"http://ontosoft.org/software#Software","label":"ELCIRC","description":"ELCIRC is an unstructured-grid model designed for the effective simulation of 3D baroclinic circulation across river-to-ocean scales. It uses a finite-volume/finite-difference Eulerian-Lagrangian algorithm to solve the shallow water equations, written to realistically address a wide range of phys...","authors":["Yinglong Zhang"],"user":"admin","time":1442847951045,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-PGYPcnDtmjOE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YXmbJ9EyScNa","name":"Software-YXmbJ9EyScNa","type":"http://ontosoft.org/software#Software","label":"FineSed3D","description":"A turbulence-resolving numerical model for fine sediment transport in the bottom boundary layer is developed. A simplified Eulerian two-phase flow formulation for the fine sediment transport is adopted. By applying the equilibrium Eulerian approximation, the particle phase velocity is expressed a...","authors":["Zhen Cheng"],"user":"admin","time":1442847952213,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YXmbJ9EyScNa/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-84DCXlEa6lmr","name":"Software-84DCXlEa6lmr","type":"http://ontosoft.org/software#Software","label":"SIBERIA","description":"SIBERIA simulates the evolution of landscapes under the action of runoff and erosion over long times scales.","authors":["Garry Willgoose"],"user":"admin","time":1442847939816,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-84DCXlEa6lmr/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-JzivI9lsOpHn","name":"Software-JzivI9lsOpHn","type":"http://ontosoft.org/software#Software","label":"NEXRAD-extract","description":"A Python tool for extracting and/or plotting data from the NEXRAD (WSR-88D) Doppler weather radar network operated by the US National Weather Service. This can be used for inputs to models that require a meteorologic component.","authors":["Andy Wickert"],"user":"admin","time":1442847936025,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-JzivI9lsOpHn/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-WXuYxQN6GC9X","name":"Software-WXuYxQN6GC9X","type":"http://ontosoft.org/software#Software","label":"TauDEM","description":"TauDEM provides the following capability: \n\n•Development of hydrologically correct (pit removed) DEMs using the flooding approach\n\n•Calculates flow paths (directions) and slopes\n\n•Calculates contributing area using single and multiple flow direction methods\n\n•Multiple methods for the delineation ...","authors":["David Tarboton"],"user":"admin","time":1442847943694,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-WXuYxQN6GC9X/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-O4qYfRCGPuQ3","name":"Software-O4qYfRCGPuQ3","type":"http://ontosoft.org/software#Software","label":"Bio","description":"Biogenic mixing of marine sediments","authors":["Eric Hutton"],"user":"admin","time":1442847947748,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-O4qYfRCGPuQ3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-NDxV8v9rFWrX","name":"Software-NDxV8v9rFWrX","type":"http://ontosoft.org/software#Software","label":"FVCOM","description":"FVCOM is a prognostic, unstructured-grid, finite-volume, free-surface, 3-D primitive equation coastal ocean circulation model developed by UMASSD-WHOI joint efforts. The model consists of momentum, continuity, temperature, salinity and density equations and is closed physically and mathematically...","authors":["Changsheng Chen"],"user":"admin","time":1442847951887,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-NDxV8v9rFWrX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vqhJrOu34MP9","name":"Software-vqhJrOu34MP9","type":"http://ontosoft.org/software#Software","label":"SELFE","description":"SELFE is a new unstructured-grid model designed for the effective simulation of 3D baroclinic circulation across river-to-ocean scales. It uses a semi-implicit finite-element Eulerian-Lagrangian algorithm to solve the shallow water equations, written to realistically address a wide range of physi...","authors":["Yinglong Zhang"],"user":"admin","time":1442847939618,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vqhJrOu34MP9/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Kp2MSuGXGe4h","name":"Software-Kp2MSuGXGe4h","type":"http://ontosoft.org/software#Software","label":"WINDSEA","description":"This subroutine computes the deep water significant wave height and period at each point under a hurricane","authors":["Rudy Slingerland"],"user":"admin","time":1442847946819,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Kp2MSuGXGe4h/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-H2PVjHHCgV9R","name":"Software-H2PVjHHCgV9R","type":"http://ontosoft.org/software#Software","label":"SLEPIAN Delta","description":"Routines pertaining to the paper published as: doi: 10.1073/pnas.1206785109","authors":["Christopher Harig"],"user":"admin","time":1442847940344,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-H2PVjHHCgV9R/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-bz6F8QD6u9Eq","name":"Software-bz6F8QD6u9Eq","type":"http://ontosoft.org/software#Software","label":"MICOM","description":"MOCOM is a primitive equation numerical model that describes the evolution of momentum, mass, heat and salt in the ocean.","authors":["Rainer Bleck"],"user":"admin","time":1442847935284,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-bz6F8QD6u9Eq/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Ps6hlpyZL3jX","name":"Software-Ps6hlpyZL3jX","type":"http://ontosoft.org/software#Software","label":"Pllcart3d","description":"Nonlinear three dimensional simulations of miscible Hele-Shaw flows using DNS of incompressible Navier-Stokes and transport equations.","authors":["Rafael Oliveira"],"user":"admin","time":1442847937366,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Ps6hlpyZL3jX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-zAYeL0gIDPJy","name":"Software-zAYeL0gIDPJy","type":"http://ontosoft.org/software#Software","label":"ThawLake1D","description":"This model a 1-D numerical model of permafrost and subsidence processes. \nIt aims to investigate the subsurface thermal impact of thaw lakes of various depths, and to evaluate how this impact might change in a warming climate.","authors":["Nora Matell"],"user":"admin","time":1442847943851,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-zAYeL0gIDPJy/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-nKp4RQaKYT0g","name":"Software-nKp4RQaKYT0g","type":"http://ontosoft.org/software#Software","label":"Physprop","description":"physical property, velocity modeling and synthetic seismic modeling","authors":["Lincoln Pratson"],"user":"admin","time":1442847937290,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-nKp4RQaKYT0g/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-epbxgvyDqvyW","name":"Software-epbxgvyDqvyW","type":"http://ontosoft.org/software#Software","label":"Gc2d","description":"Models the growth and evolution of valley glaciers and ice sheets","authors":["Mark Kessler"],"user":"admin","time":1442847932131,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-epbxgvyDqvyW/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-rj3jVX4KNGWc","name":"Software-rj3jVX4KNGWc","type":"http://ontosoft.org/software#Software","label":"Bing","description":"Run a submarine debris flow","authors":["Eric Hutton"],"user":"admin","time":1442847947678,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-rj3jVX4KNGWc/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-IWi5atoPNiUX","name":"Software-IWi5atoPNiUX","type":"http://ontosoft.org/software#Software","label":"NUBBLE","description":"This is a time-stepping point model which uses linear finite elements to determine the vertical structure of the horizontal components of velocity and density under specified surface forcing. Both a quadratic closure scheme and the level 2.5 closure scheme of Mellor and Yamada are used in this code.","authors":["Christopher Naimie"],"user":"admin","time":1442847936091,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-IWi5atoPNiUX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-lFT1zWI1MpC1","name":"Software-lFT1zWI1MpC1","type":"http://ontosoft.org/software#Software","label":"Spbgc","description":"High order two dimensional simulations of turbidity currents using DNS of incompressible Navier-Stokes and transport equations.","authors":["Zachary Borden"],"user":"admin","time":1442847942277,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-lFT1zWI1MpC1/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-U8Z4ut77lOkU","name":"Software-U8Z4ut77lOkU","type":"http://ontosoft.org/software#Software","label":"Bedrock Erosion Model","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Bedrock_Erosion_Model","authors":["Jon Pelletier"],"user":"admin","time":1442847947553,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-U8Z4ut77lOkU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-jvt7LOoum89p","name":"Software-jvt7LOoum89p","type":"http://ontosoft.org/software#Software","label":"Flex2D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Flex2D","authors":["Jon Pelletier"],"user":"admin","time":1442847952341,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-jvt7LOoum89p/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-WVrc8XzjqQTk","name":"Software-WVrc8XzjqQTk","type":"http://ontosoft.org/software#Software","label":"HAMSOM","description":"The development of the HAMSOM coding goes back to the mid eighties where it emerged from a fruitful co-operation between Backhaus and Maier-Reimer who later called his model 'HOPE'. From the very beginning HAMSOM was designed with the intention to allow simulations of both oceanic and coastal and...","authors":["Dr. Bernhard Mayer"],"user":"admin","time":1442847932621,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-WVrc8XzjqQTk/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hAuan5CfcdzN","name":"Software-hAuan5CfcdzN","type":"http://ontosoft.org/software#Software","label":"GISS GCM ModelE","description":"ModelE is the GISS series of coupled atmosphere-ocean models, which provides the ability to simulate many different configurations of Earth System Models - including interactive atmospheric chemsitry, aerosols, carbon cycle and other tracers, as well as the standard atmosphere, ocean, sea ice and...","authors":["Gavin Schmidt"],"user":"admin","time":1442847931150,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hAuan5CfcdzN/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-zJHNOdB42BVM","name":"Software-zJHNOdB42BVM","type":"http://ontosoft.org/software#Software","label":"MFDrouting","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:MFDrouting","authors":["Jon Pelletier"],"user":"admin","time":1442847935146,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-zJHNOdB42BVM/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QDxnqBRdiuZW","name":"Software-QDxnqBRdiuZW","type":"http://ontosoft.org/software#Software","label":"TOPMODEL","description":"TOPMODEL is a physically based, distributed watershed model that simulates hydrologic fluxes of water (infiltration-excess overland flow, saturation overland flow, infiltration, exfiltration, subsurface flow, evapotranspiration, and channel routing) through a watershed. The model simulates explic...","authors":["Keith Beven"],"user":"admin","time":1442847943239,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QDxnqBRdiuZW/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Zzbx1W21bZna","name":"Software-Zzbx1W21bZna","type":"http://ontosoft.org/software#Software","label":"SPARROW","description":"SPARROW (SPAtially Referenced Regressions On Watershed attributes) is a watershed modeling technique for relating water-quality measurements made at a network of monitoring stations to attributes of the watersheds containing the stations. The core of the model consists of a nonlinear regression e...","authors":["Richard Alexander"],"user":"admin","time":1442847940665,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Zzbx1W21bZna/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-0LWmqtzl5c57","name":"Software-0LWmqtzl5c57","type":"http://ontosoft.org/software#Software","label":"CarboCAT","description":"CarboCAT uses a cellular automata to model horizontal and vertical distributions of carbonate lithofacies","authors":["Peter Burgess"],"user":"admin","time":1442847948745,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-0LWmqtzl5c57/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-0BQydk3ybwpf","name":"Software-0BQydk3ybwpf","type":"http://ontosoft.org/software#Software","label":"ADI-2D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:ADI-2D","authors":["Jon Pelletier"],"user":"admin","time":1442847949757,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-0BQydk3ybwpf/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-eWSnK3iBJih2","name":"Software-eWSnK3iBJih2","type":"http://ontosoft.org/software#Software","label":"YANGs","description":"Calculates the total sediment transport rate in an open channel assuming a median bed grain size","authors":["Rudy Slingerland"],"user":"admin","time":1442847947280,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-eWSnK3iBJih2/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-224vzzqHsPFj","name":"Software-224vzzqHsPFj","type":"http://ontosoft.org/software#Software","label":"CBOFS2","description":"This is a special case of the Regional Ocean Modeling System(ROMS). The National Ocean Service presently has an Operational Forecast System (CBOFS) for the Chesapeake Bay which generates only water levels and depth‐integrated currents. As a next generation system, a fully three‐dimensional, baroc...","authors":["Lyon Lanerolle"],"user":"admin","time":1442847948004,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-224vzzqHsPFj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xvUXK2VQEMkm","name":"Software-xvUXK2VQEMkm","type":"http://ontosoft.org/software#Software","label":"PIHM","description":"PIHM is a multiprocess, multi-scale hydrologic model where the major hydrological processes are fully coupled using the semi-discrete finite volume method. PIHM is a physical model for surface and groundwater, “tightly-coupled” to a GIS interface. PIHMgis which is open source, platform independen...","authors":["Christopher Duffy"],"user":"admin","time":1442847936806,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xvUXK2VQEMkm/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-r3LTAnUQ9LmS","name":"Software-r3LTAnUQ9LmS","type":"http://ontosoft.org/software#Software","label":"WBMsed","description":"An extension of the WBMplus (WBM/WTM) model. Introduce a riverine sediment flux component based on the BQART and Psi models.","authors":["Sagy Cohen"],"user":"admin","time":1442847946478,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-r3LTAnUQ9LmS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7tain4dWRLKk","name":"Software-7tain4dWRLKk","type":"http://ontosoft.org/software#Software","label":"ENTRAINH","description":"Calculates the critical Shields Theta for the median size of a distribution and then calculates the critical shear stress of the ith, jth fraction using a hiding function","authors":["Rudy Slingerland"],"user":"admin","time":1442847951174,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7tain4dWRLKk/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-4XEgZngtzwPX","name":"Software-4XEgZngtzwPX","type":"http://ontosoft.org/software#Software","label":"Erode-D8-Local","description":"Erode-D8-Global is a raster, D8-based fluvial landscape evolution model (LEM)","authors":["Scott Peckham"],"user":"admin","time":1442847951421,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-4XEgZngtzwPX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-4pH49S3GhhI1","name":"Software-4pH49S3GhhI1","type":"http://ontosoft.org/software#Software","label":"DR3M","description":"DR3M is a watershed model for routing storm runoff through a Branched system of pipes and (or) natural channels using rainfall as input. DR3M provides detailed simulation of storm-runoff periods selected by the user. There is daily soil-moisture accounting between storms. A drainage basin is repr...","authors":["Geological Survey U.S."],"user":"admin","time":1442847950106,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-4pH49S3GhhI1/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-07oJTHfwTmrz","name":"Software-07oJTHfwTmrz","type":"http://ontosoft.org/software#Software","label":"CBIRM","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:CBIRM","authors":["Dylan McNamara"],"user":"admin","time":1442847947934,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-07oJTHfwTmrz/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-kf60Kq13FxfG","name":"Software-kf60Kq13FxfG","type":"http://ontosoft.org/software#Software","label":"Iceages","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Iceages","authors":["Jon Pelletier"],"user":"admin","time":1442847933654,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-kf60Kq13FxfG/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-qCnl7pWODxu4","name":"Software-qCnl7pWODxu4","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Infiltration-Richards 1D","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944802,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-qCnl7pWODxu4/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-XsLAFffMRSQ6","name":"Software-XsLAFffMRSQ6","type":"http://ontosoft.org/software#Software","label":"Nothing","description":null,"authors":null,"user":"bakinam","time":1461079722328,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-XsLAFffMRSQ6/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xFkq9kd9572J","name":"Software-xFkq9kd9572J","type":"http://ontosoft.org/software#Software","label":"FUNDY","description":"It solves the linearized shallow water equations forced by tidal or other barotropic boundary conditions, wind or a density gradient using linear finite elements.","authors":["Christopher Naimie"],"user":"admin","time":1442847951765,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xFkq9kd9572J/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-AXaJmiPjDoaF","name":"Software-AXaJmiPjDoaF","type":"http://ontosoft.org/software#Software","label":"SBEACH","description":"SBEACH is a numerical simulation model for predicting beach, berm, and dune erosion due to storm waves and water levels. It has potential for many applications in the coastal environment, and has been used to determine the fate of proposed beach fill alternatives under storm conditions and to com...","authors":["Mark Gravens"],"user":"admin","time":1442847939170,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-AXaJmiPjDoaF/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GuFvqQbKJeMv","name":"Software-GuFvqQbKJeMv","type":"http://ontosoft.org/software#Software","label":"TUGS","description":"TUGS is a 1D model that simulates the transport of gravel and sand in rivers. The model predicts the responses of a channel to changes made to the environment (e.g., sediment supply, hydrology, and certain artifical changes made to the river). Output of the model include longitudinal profile, sed...","authors":["Yantao Cui"],"user":"admin","time":1442847943413,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GuFvqQbKJeMv/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-pOGSG3fFUl5K","name":"Software-pOGSG3fFUl5K","type":"http://ontosoft.org/software#Software","label":"BackwaterCalculator","description":"Program for backwater calculations in open channel flow","authors":["Gary Parker"],"user":"admin","time":1442847945204,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-pOGSG3fFUl5K/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-i5zenuNxlTon","name":"Software-i5zenuNxlTon","type":"http://ontosoft.org/software#Software","label":"WACCM-CARMA","description":"WACCM is NCAR's atmospheric high-altitude model; CARMA is Brian Toon's aerosol microphysical sectional model. I'm studying sulfate aerosols in the UTLS region using this coupled model.","authors":["Jason English"],"user":"admin","time":1442847945802,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-i5zenuNxlTon/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-SljyODTW6X9Y","name":"Software-SljyODTW6X9Y","type":"http://ontosoft.org/software#Software","label":"Alpine3D","description":"Alpine3D is a model for high resolution simulation of alpine surface processes, in particular snow processes. The model can be driven by measurements from automatic weather stations or by meteoro-logical model outputs. The core three-dimensional Alpine3D modules consist of a radiation balance mod...","authors":["Mathias Bavay"],"user":"admin","time":1442847937748,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-SljyODTW6X9Y/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-iAM8mmpC1FAj","name":"Software-iAM8mmpC1FAj","type":"http://ontosoft.org/software#Software","label":"RiverSynth","description":"Based on the publication:\n\nBrown, RA, Pasternack, GB, Wallender, WW.  2013.   Synthetic River Valleys: Creating Prescribed Topography for Form-Process Inquiry and River Rehabilitation Design.  Geomorphology 214: 40–55. http://dx.doi.org/10.1016/j.geomorph.2014.02.025","authors":["Rocko Brown"],"user":"admin","time":1442847938948,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-iAM8mmpC1FAj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-TLkpapCYkDJ3","name":"Software-TLkpapCYkDJ3","type":"http://ontosoft.org/software#Software","label":"CREST","description":"The Coupled Routing and Excess STorage (CREST) distributed hydrological model is a hybrid modeling strategy that was recently developed by the University of Oklahoma (http://hydro.ou.edu) and NASA SERVIR Project Team. CREST simulates the spatiotemporal variation of water and energy fluxes and sto...","authors":["Jiahu Wang"],"user":"admin","time":1442847948491,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-TLkpapCYkDJ3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-I1FDLJFIrT5G","name":"Software-I1FDLJFIrT5G","type":"http://ontosoft.org/software#Software","label":"Compact","description":"Compact a sediment column","authors":["Eric Hutton"],"user":"admin","time":1442847949363,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-I1FDLJFIrT5G/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xZNU5tRelWY8","name":"Software-xZNU5tRelWY8","type":"http://ontosoft.org/software#Software","label":"GPM","description":"Another derivative of the original SEDSIM, completely rewritten from scratch. It uses finite differences (in addition to the original particle-cell method) to speed up steady flow calculations. It also incorporates compaction algorithms. A general description has been published.","authors":["Daniel Tetzlaff"],"user":"admin","time":1442847931592,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xZNU5tRelWY8/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3rDXXPj2GGFm","name":"Software-3rDXXPj2GGFm","type":"http://ontosoft.org/software#Software","label":"SWAN","description":"SWAN is a third-generation wave model that computes random, short-crested wind-generated waves in coastal regions and inland waters.","authors":["Team SWAN"],"user":"admin","time":1442847941345,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3rDXXPj2GGFm/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hw9DPsWh0g3O","name":"Software-hw9DPsWh0g3O","type":"http://ontosoft.org/software#Software","label":"Sedflux","description":"Sedflux-2.0 is the newest version of the Sedflux basin-filling model. Sedflux-2.0 provides a framework within which individual process-response models of disparate time and space resolutions communicate with one another to deliver multi grain sized sediment load across a continental margin.","authors":["Eric Hutton"],"user":"admin","time":1442847941753,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hw9DPsWh0g3O/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-9savRO5Y6y4X","name":"Software-9savRO5Y6y4X","type":"http://ontosoft.org/software#Software","label":"GSDCalculator","description":"Grain Size Distribution Statistics Calculator","authors":["Gary Parker"],"user":"admin","time":1442847931764,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-9savRO5Y6y4X/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-uSQtW76CbeD1","name":"Software-uSQtW76CbeD1","type":"http://ontosoft.org/software#Software","label":"LavaFlow2D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:LavaFlow2D","authors":["Jon Pelletier"],"user":"admin","time":1442847934837,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-uSQtW76CbeD1/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3R3vsRuzQx9b","name":"Software-3R3vsRuzQx9b","type":"http://ontosoft.org/software#Software","label":"LOAM","description":"The original Gent-Cane model (Gent and Cane, 1989) was developed for modeling the equatorial pacific on a stretched longitude/latitude A-grid. Fourth order approximations to horizontal spatial derivatives combined with a fourth order (in time) Lorenz cycle provided a high order discretization adv...","authors":["Naomi Naik"],"user":"admin","time":1442847934315,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3R3vsRuzQx9b/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-gBoXqYXUTbPG","name":"Software-gBoXqYXUTbPG","type":"http://ontosoft.org/software#Software","label":"BITM","description":"BIT Model aims to simulate the dynamics of the principal processes that govern the formation and evolution of a barrier island. The model includes sea-level oscillations and sediment distribution operated by waves and currents. Each process determines the deposition of a distinct sediment facies,...","authors":["Riccardo Masetti"],"user":"admin","time":1442847942688,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-gBoXqYXUTbPG/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-TXxfyLnBUlgD","name":"Software-TXxfyLnBUlgD","type":"http://ontosoft.org/software#Software","label":"LEMming","description":"LEMming tracks regolith and sediment fluxes, including bedrock erosion by streams and rockfall from steep slopes. Initial landscape form and stratigraphic structure are prescribed. Model grid cells with slope angles above a threshold, and which correspond to the appropriate rock type, are designa...","authors":["Dylan Ward"],"user":"admin","time":1442847933915,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-TXxfyLnBUlgD/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QAdpjTT9B2Uk","name":"Software-QAdpjTT9B2Uk","type":"http://ontosoft.org/software#Software","label":"VIC","description":"The VIC model is a large-scale, semi-distributed hydrologic model. As such, it shares several basic features with the other land surface models (LSMs) that are commonly coupled to global circulation models (GCMs):\n\nThe land surface is modelled as a grid of large (>1km), flat, uniform cells\nSub...","authors":["Dennis Lettenmaier"],"user":"admin","time":1442847945740,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QAdpjTT9B2Uk/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vbHu4bHQFOjg","name":"Software-vbHu4bHQFOjg","type":"http://ontosoft.org/software#Software","label":"Chi analysis tools","description":"This tool is used for examining bedrock channels. The tool is based on the assumption that the stream power incision model (SPIM) adequately describes channel incision. Channels profiles are converted to chi-elevation space, where chi is a transformed longitudinal coordinate that takes drainage a...","authors":["Simon Mudd"],"user":"admin","time":1442847949146,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vbHu4bHQFOjg/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GaB1t8IKyauo","name":"Software-GaB1t8IKyauo","type":"http://ontosoft.org/software#Software","label":"Ice-sheet-Glacier-reconstruction","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Ice-sheet-Glacier-reconstruction","authors":["Jon Pelletier"],"user":"admin","time":1442847933508,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GaB1t8IKyauo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-w7EEAc98VVSX","name":"Software-w7EEAc98VVSX","type":"http://ontosoft.org/software#Software","label":"Landlab","description":"Landlab is a Python software package for creating, assembling, and/or running 2D numerical models. Landlab was created to facilitate modeling in earth-surface dynamics, but it is general enough to support a wide range of applications. Landlab provides three different capabilities:\n\n(1) A DEVELOPE...","authors":["Greg Tucker"],"user":"admin","time":1442847934753,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-w7EEAc98VVSX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-D4CcfPXwZh5j","name":"Software-D4CcfPXwZh5j","type":"http://ontosoft.org/software#Software","label":"Hilltop and hillslope morphology extraction","description":"A series of tools for extracting a network of hilltops from a landscape, computing curvature, slope and aspect over variable length scales from high resolution topography and performing hillslope traces from hilltops to valley bottoms to sample hilltop curvature, mean hillslope gradient and hills...","authors":["Martin Hurst"],"user":"admin","time":1442847933006,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-D4CcfPXwZh5j/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-EcazrviXBk5x","name":"Software-EcazrviXBk5x","type":"http://ontosoft.org/software#Software","label":"AgDegNormalFault","description":"This program computes 1D bed variation in rivers due to differential sediment transport in which it is possible to allow the bed to undergo a sudden vertical fault of a specified amount, at a specified place and time.  Faulting is realized by moving all notes downstream of the specified point dow...","authors":["Gary Parker"],"user":"admin","time":1442847934138,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-EcazrviXBk5x/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xXkcFo1KVAiX","name":"Software-xXkcFo1KVAiX","type":"http://ontosoft.org/software#Software","label":"LOADEST","description":"LOAD ESTimator (LOADEST) is a FORTRAN program for estimating constituent loads in streams and rivers. Given a time series of streamflow, additional data variables, and constituent concentration, LOADEST assists the user in developing a regression model for the estimation of constituent load (cali...","authors":["Rob Runkel"],"user":"admin","time":1442847934226,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xXkcFo1KVAiX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-EAW0mXw3R0jQ","name":"Software-EAW0mXw3R0jQ","type":"http://ontosoft.org/software#Software","label":"Diffusion","description":"Diffusion of marine sediments","authors":["Eric Hutton"],"user":"admin","time":1442847950719,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-EAW0mXw3R0jQ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Bhq6sKeVaxYO","name":"Software-Bhq6sKeVaxYO","type":"http://ontosoft.org/software#Software","label":"TURB","description":"Calculates the gaussian or log-gaussian distribution of instantaneous shear stresses on the bed, given a mean and coefficient of variation.","authors":["Rudy Slingerland"],"user":"admin","time":1442847943490,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Bhq6sKeVaxYO/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-44yK7CUJcgxR","name":"Software-44yK7CUJcgxR","type":"http://ontosoft.org/software#Software","label":"WDUNE","description":"This model is a GUI implementation of a simple cellular automata dune model. The model was originally proposed by Werner (1995, Geology 23) and has seen several extensions. It can simulate basic barchan, transverse, star, and linear dunes. The model is designed to be easy to operate for researche...","authors":["Tom Barchyn"],"user":"admin","time":1442847946556,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-44yK7CUJcgxR/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-T35EozcdhnMU","name":"Software-T35EozcdhnMU","type":"http://ontosoft.org/software#Software","label":"AgDegNormalGravMixHyd","description":"A module that calculates the evolution of a gravel bed river under an imposed cycled hydrograph.","authors":["Gary Parker"],"user":"admin","time":1442847935074,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-T35EozcdhnMU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-PrZ94RZqafzE","name":"Software-PrZ94RZqafzE","type":"http://ontosoft.org/software#Software","label":"Mrip","description":"Mrip consists of a matrix representing the sea floor (25x25 m at this time). Blocks in the matrix are picked up (or deposited) according to transport rules or equations (users choice) and moved with the flow. The user-determined flow is altered, depending on the height and slope of the bed, thus ...","authors":["Edith Gallagher"],"user":"admin","time":1442847935874,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-PrZ94RZqafzE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-tCqMS88fvX5L","name":"Software-tCqMS88fvX5L","type":"http://ontosoft.org/software#Software","label":"FVshock","description":"The numerical model solves the two-dimensional shallow water equations with different modes of sediment transport (bed-load and suspended load) (Canestrelli et al. 2009, Canestrelli et al, 2010). The scheme solves the system of partial differential equations cast in a non-conservative form, but i...","authors":["Alberto Canestrelli"],"user":"admin","time":1442847952013,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-tCqMS88fvX5L/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3yPzbahmRZL0","name":"Software-3yPzbahmRZL0","type":"http://ontosoft.org/software#Software","label":"RecircFeed","description":"This program provides two modules for studying the approach to mobile-bed normal equilibrium in recirculating and sediment-feed flumes containing uniform sediment.\nThe module \"Recirc\" implements a calculation for the case of a flume that recirculates water and sediment. The module \"Feed\" implemen...","authors":["Gary Parker"],"user":"admin","time":1442847938878,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3yPzbahmRZL0/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-F5gfbcFz3eME","name":"Software-F5gfbcFz3eME","type":"http://ontosoft.org/software#Software","label":"TOPOG","description":"TOPOG describes how water moves through landscapes; over the land surface, into the soil, through the soil and groundwater and back to the atmosphere via evaporation. Conservative solute movement and sediment transport are also simulated.\n\nThe primary strength of TOPOG is that it is based on a so...","authors":["Richard Silberstein"],"user":"admin","time":1442847943325,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-F5gfbcFz3eME/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-TTueD4kRigyU","name":"Software-TTueD4kRigyU","type":"http://ontosoft.org/software#Software","label":"AgDegNormGravMixPW","description":"This program computes the time evolution of the long profile of a river of constant width carrying a mixture of gravel sizes, the downstream end of which has a prescribed elevation. In particular, the program computes the time evolution of the spatial profiles of bed elevation, total gravel bedlo...","authors":["Gary Parker"],"user":"admin","time":1442847930979,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-TTueD4kRigyU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-qNJ81ghRRTbY","name":"Software-qNJ81ghRRTbY","type":"http://ontosoft.org/software#Software","label":"CellularFanDelta","description":"3D cellular model simulating delta evolution in coarse grained river dominated systems (e.g. a gravel fan delta).","authors":["Matthew Wolinsky"],"user":"admin","time":1442847948872,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-qNJ81ghRRTbY/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xnAW4Jpjq9eC","name":"Software-xnAW4Jpjq9eC","type":"http://ontosoft.org/software#Software","label":"ENTRAIN","description":"Calculates the critical shear stress for entrainment of the median size of each size-density fraction of a bed using Yalin and Karahan formulation, assuming no hiding","authors":["Rudy Slingerland"],"user":"admin","time":1442847951106,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xnAW4Jpjq9eC/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-XxmuWq5blQzo","name":"Software-XxmuWq5blQzo","type":"http://ontosoft.org/software#Software","label":"SEA","description":"A primitive equation ocean general circulation model based on the Bryan--Semtner--Cox formulation and designed to give good performance on clusters of workstations and massively parallel machines using the PVM message passing library.","authors":["David Stevens"],"user":"admin","time":1442847939315,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-XxmuWq5blQzo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xZPZvPEv8WBb","name":"Software-xZPZvPEv8WBb","type":"http://ontosoft.org/software#Software","label":"1D Hillslope MCMC","description":"The model evolves a 1D hillslope according to a non-linear diffusion rule [e.g. Roering et al. 1999] for varying boundary conditions idealised as a gaussian pulse of baselevel fall through time. A Markov Chain Monte Carlo inversion finds the most likely boundary condition parameters when compared...","authors":["Martin Hurst"],"user":"admin","time":1442847939538,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xZPZvPEv8WBb/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-rFVHdYXimi6b","name":"Software-rFVHdYXimi6b","type":"http://ontosoft.org/software#Software","label":"MITgcm","description":"The MITgcm (MIT General Circulation Model) is a numerical model designed for study of the atmosphere, ocean, and climate. Its non-hydrostatic formulation enables it to simulate fluid phenomena over a wide range of scales; its adjoint capability enables it to be applied to parameter and state esti...","authors":["Nicole Lovenduski"],"user":"admin","time":1442847935418,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-rFVHdYXimi6b/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-J3e0ywXMxtkQ","name":"Software-J3e0ywXMxtkQ","type":"http://ontosoft.org/software#Software","label":"CASCADE","description":"Makes use of fast Delaunay triangulation and Voronoi diagram calculations to represent surface processes on an irregular, dynamically evolving mesh. Processes include fluvial erosion, transport and deposition, hillslope (diffusion) processes, flexural isostasy, orographic precipitation. Designed ...","authors":["Jean Braun"],"user":"admin","time":1442847947872,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-J3e0ywXMxtkQ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Ql0TlR2SQwNn","name":"Software-Ql0TlR2SQwNn","type":"http://ontosoft.org/software#Software","label":"GullyErosionProfiler1D","description":"This model is designed to simulate longitudinal profiles with headward advancing headcuts.  This model simulates gully erosion on the centennial-scale given information such as average rainfall and infiltration rates.  The modeler also specifies a headcut erosion rate and or a rule for headcut re...","authors":["Francis Rengers"],"user":"admin","time":1442847932485,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Ql0TlR2SQwNn/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hOTd3xRveid2","name":"Software-hOTd3xRveid2","type":"http://ontosoft.org/software#Software","label":"HIM","description":"It is a C-grid, isopycnal coordinate, primitive equation model,\nsimulating the ocean by numerically solving the Boussinesq primitive equations in isopycnal vertical coordinates and general orthogonal horizontal coordinates.","authors":["Robert Hallberg"],"user":"admin","time":1442847932796,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hOTd3xRveid2/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Ue6eV640f0MU","name":"Software-Ue6eV640f0MU","type":"http://ontosoft.org/software#Software","label":"QUAL2K","description":"QUAL2K (or Q2K) is a river and stream water quality model that is intended to represent a modernized version of the QUAL2E (or Q2E) model (Brown and Barnwell 1987). Q2K is similar to Q2E in the following respects:\nOne dimensional. The channel is well-mixed vertically and laterally.\n* Steady state...","authors":["Steve Chapra"],"user":"admin","time":1442847938086,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Ue6eV640f0MU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-UFHeT0izVEZy","name":"Software-UFHeT0izVEZy","type":"http://ontosoft.org/software#Software","label":"DredgeSlotBW","description":"This program calculates the 1D bed evolution of a sand-bed river after installation of a dredge slot. The calculation begins with the assumption of a prevailing mobile-bed normal flow equilibrium before installation of the dredge slot.  The flow depth H, volume bedload transport rate per unit wid...","authors":["Gary Parker"],"user":"admin","time":1442847950925,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-UFHeT0izVEZy/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Lxb96zCk6gsh","name":"Software-Lxb96zCk6gsh","type":"http://ontosoft.org/software#Software","label":"Erode","description":"Erode is a raster-based, fluvial landscape evolution model. The newest version  (3.0) is written in Python and contains html help pages when running the program through the CSDMS Modeling Tool CMT (http://csdms.colorado.edu/wiki/Help:Ccaffeine_GUI).","authors":["Scott Peckham"],"user":"admin","time":1442847951362,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Lxb96zCk6gsh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-JoOK3voZn7Dx","name":"Software-JoOK3voZn7Dx","type":"http://ontosoft.org/software#Software","label":"Non Local Means Filtering","description":"Smoothes noise in a DEM by finding the mean value of neighbouring  cells and assigning it to the central cell. This approach deals well with non-gaussian distributed noise.","authors":["Martin Hurst"],"user":"admin","time":1442847936262,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-JoOK3voZn7Dx/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-C10EihsASTQN","name":"Software-C10EihsASTQN","type":"http://ontosoft.org/software#Software","label":"PIHMgis","description":"Physically-based fully-distributed hydrologic models try to simulate hydrologic state variables in space and time while using information regarding heterogeneity in climate, land use, topography and hydrogeology. However incorporating a large number of physical data layers in the hydrologic model...","authors":["Christopher Duffy"],"user":"admin","time":1442847936965,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-C10EihsASTQN/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-HHuG5mMYMOoB","name":"Software-HHuG5mMYMOoB","type":"http://ontosoft.org/software#Software","label":"LITHFLEX1","description":"Lithospheric flexure solution for infinite plate. Load is assumed to be convolved with Greens function (unit load) response in order to calculate the net effect of the load. If desired, inclusion of sediments as part of the restoring force effect can be controlled via density assigned to density ...","authors":["Kevin Furlong"],"user":"admin","time":1442847933990,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-HHuG5mMYMOoB/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-sgUKheoPUonk","name":"Software-sgUKheoPUonk","type":"http://ontosoft.org/software#Software","label":"ROMS","description":"ROMS is a Free-surface, terrain-following, orthogonal curvilinear, primitive equations ocean model. Its dynamical kernel is comprised of four separate models including the nonlinear, tangent linear, representer tangent linear, and adjoint models. It has multiple model coupling (ESMF, MCT) and mul...","authors":["Hernan G. Arango"],"user":"admin","time":1442847938741,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-sgUKheoPUonk/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-HTg6ajRNVJ0R","name":"Software-HTg6ajRNVJ0R","type":"http://ontosoft.org/software#Software","label":"GENESIS","description":"GENESIS calculates shoreline change produced by statial and temporal differences in longshore sand transport produced by breaking waves. The shoreline evolution portion of the numerical modeling system is based on one-line shoreline change theory, which assumes that the beach profile shape remain...","authors":["Mark Gravens"],"user":"admin","time":1442847930004,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-HTg6ajRNVJ0R/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-nLSusIEOHDJd","name":"Software-nLSusIEOHDJd","type":"http://ontosoft.org/software#Software","label":"STORM","description":"Storm computes windfield for a cyclone","authors":["Rudy Slingerland"],"user":"admin","time":1442847940892,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-nLSusIEOHDJd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Y3Ry2zaD8d9t","name":"Software-Y3Ry2zaD8d9t","type":"http://ontosoft.org/software#Software","label":"CSt ASMITA","description":"A length-, and time-averaged representation of coastal system elements including the inner shelf, shoreface, surfzone, inlet, inlet shoals, and estuary channels and tidal flats. The multi-line nature of the morphodynamic model allows it to represent large-scale sediment transport processes with a...","authors":["Alan Niedoroda"],"user":"admin","time":1442847948595,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Y3Ry2zaD8d9t/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ju7QkySOUx7j","name":"Software-ju7QkySOUx7j","type":"http://ontosoft.org/software#Software","label":"Sakura","description":"3-equation hyperpycnal flow model.","authors":["Yusuke Kubo"],"user":"admin","time":1442847941544,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ju7QkySOUx7j/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-dMCGdGyoRjpR","name":"Software-dMCGdGyoRjpR","type":"http://ontosoft.org/software#Software","label":"FallVelocity","description":"Fall velocity for spheres. Uses formulation of Dietrich (1982)","authors":["Gary Parker"],"user":"admin","time":1442847952077,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-dMCGdGyoRjpR/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6DFyobw7JTI4","name":"Software-6DFyobw7JTI4","type":"http://ontosoft.org/software#Software","label":"TopoToolbox","description":"TopoToolbox provides a set of Matlab functions that support the analysis of relief and flow pathways in digital elevation models. The major aim of TopoToolbox is to offer stable and efficient analytical GIS utilities in a non-GIS environment in order to support the simultaneous application of GIS...","authors":["Wolfgang Schwanghart"],"user":"admin","time":1442847945352,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6DFyobw7JTI4/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-I6Zmcxhnqx62","name":"Software-I6Zmcxhnqx62","type":"http://ontosoft.org/software#Software","label":"PRMS","description":"PRMS is a modular-design modeling system that has been developed to evaluate the impacts of various combinations of precipitation, climate, and land use on surface-water runoff, sediment yields, and general basin hydrology","authors":["George Leavesley"],"user":"admin","time":1442847937049,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-I6Zmcxhnqx62/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-sck1dvQyvIh3","name":"Software-sck1dvQyvIh3","type":"http://ontosoft.org/software#Software","label":"TopoFlow","description":"TopoFlow is a powerful, spatially-distributed hydrologic model with a user-friendly point-and-click interface. Its main purpose is to model many different physical processes in a watershed with the goal of accurately predicting how various hydrologic variables will evolve in time in response to c...","authors":["Scott Peckham"],"user":"admin","time":1442847943923,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-sck1dvQyvIh3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-2L8UjEP74euh","name":"Software-2L8UjEP74euh","type":"http://ontosoft.org/software#Software","label":"Acronym1","description":"This program computes gravel bedload and size distribution from specified values for the bed surface size distribution, the sediment specific gravity, and the effective bed shear velocity (based on skin friction only).","authors":["Gary Parker"],"user":"admin","time":1442847950510,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-2L8UjEP74euh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QJP6gyuFDWwU","name":"Software-QJP6gyuFDWwU","type":"http://ontosoft.org/software#Software","label":"IDA","description":"IDA formulates the task of determing the drainage area, given flow directions, as a system of implicit equations. This allows the use of iterative solvers, which have the advantages of being parallelizable on distributed memory systems and widely available through libraries such as PETSc.\n\nUsing ...","authors":["Alan Richardson"],"user":"admin","time":1442847933421,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QJP6gyuFDWwU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-gyDy3H9bEUX0","name":"Software-gyDy3H9bEUX0","type":"http://ontosoft.org/software#Software","label":"RHESSys","description":"RHESSys is a GIS-based, hydro-ecological modelling framework designed to simulate carbon, water, and nutrient fluxes. By combining a set of physically-based process models and a methodology for partitioning and parameterizing the landscape, RHESSys is capable of modelling the spatial distribution...","authors":["Christina Tague"],"user":"admin","time":1442847938592,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-gyDy3H9bEUX0/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-rw2IUVRVKcLj","name":"Software-rw2IUVRVKcLj","type":"http://ontosoft.org/software#Software","label":"WAVEWATCH III ^TM","description":"Third generation random phase spectral wave model, including shallow water physcis.","authors":["Hendrik Tolman"],"user":"admin","time":1442847946287,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-rw2IUVRVKcLj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-d8LdpRfz284e","name":"Software-d8LdpRfz284e","type":"http://ontosoft.org/software#Software","label":"ACADIA","description":"It tracks any number of different depth-averaged transport variables and is usually used in conjunction with QUODDY simulations.","authors":["Wendy Gentleman"],"user":"admin","time":1442847948212,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-d8LdpRfz284e/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-fomofCU09WOH","name":"Software-fomofCU09WOH","type":"http://ontosoft.org/software#Software","label":"LITHFLEX2","description":"Lithospheric flexure solution for a broken plate. Load is assumed to be represented by equal width loading elements specified distance from broken edge of plate. Inclusion of sediments as part of the restoring force effect is possible by choice of density assigned to density (2).","authors":["Kevin Furlong"],"user":"admin","time":1442847934065,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-fomofCU09WOH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-257UKZ6IZrQ1","name":"Software-257UKZ6IZrQ1","type":"http://ontosoft.org/software#Software","label":"SEOM","description":"The Spectral Element Ocean Model (SEOM) solves the hydrostatic, and alternatively the non-hydrostatic, primitive equations using a mixed spectral / finite element solution procedure. Potential advantages of the spectral element method include flexible incorporation of complex geometry and spatial...","authors":["Dale Haidvogel"],"user":"admin","time":1442847939684,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-257UKZ6IZrQ1/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-qZ1OW77sHYUB","name":"Software-qZ1OW77sHYUB","type":"http://ontosoft.org/software#Software","label":"GSSHA","description":"Gridded Surface Subsurface Hydrologic Analysis (GSSHA) is a grid-based two-dimensional hydrologic model. Features include 2D overland flow, 1D stream flow, 1D infiltration, 2D groundwater, and full coupling between the groundwater, vadoze zone, streams, and overland flow. GSSHA can run in both si...","authors":["Fred Ogden"],"user":"admin","time":1442847932014,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-qZ1OW77sHYUB/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-I1v3HIkTzx4x","name":"Software-I1v3HIkTzx4x","type":"http://ontosoft.org/software#Software","label":"MIDAS","description":"This model is a nonuniform, quasi-unsteady, movable bed, single channel flow model for heterogeneous size-density mixtures","authors":["Rudy Slingerland"],"user":"admin","time":1442847935352,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-I1v3HIkTzx4x/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YwfmZ3v0XvbF","name":"Software-YwfmZ3v0XvbF","type":"http://ontosoft.org/software#Software","label":"SUSP","description":"Calculates non-equilibrium suspended load transport rates of various size-density fractions in the bed","authors":["Rudy Slingerland"],"user":"admin","time":1442847941213,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YwfmZ3v0XvbF/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-JqZWXrijYeVO","name":"Software-JqZWXrijYeVO","type":"http://ontosoft.org/software#Software","label":"Caesar","description":"CAESAR is a cellular landscape evolution model, with an emphasis on fluvial processes, including flow routing, multi grainsize sediment transport. It models morphological change in river catchments.","authors":["Tom Coulthard"],"user":"admin","time":1442847948670,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-JqZWXrijYeVO/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6ETygs4rcjtw","name":"Software-6ETygs4rcjtw","type":"http://ontosoft.org/software#Software","label":"SIMSAFADIM","description":"Finite element process based simulation model for fluid flow, clastic, carbonate and evaporate sedimentation.","authors":["Klaus Bitzer"],"user":"admin","time":1442847939944,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6ETygs4rcjtw/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-1NcDiQpJG9E4","name":"Software-1NcDiQpJG9E4","type":"http://ontosoft.org/software#Software","label":"TAo","description":"This 2D (cross-section) numerical model permits calculating 1D lithospheric flexure with different rheologies, in combination with faulting, loading, and erosion/deposition. The programs are developed in C for Linux platforms, graphic output is produced using GMT scripts, and standard PCs match t...","authors":["Daniel Garcia Castellanos"],"user":"admin","time":1442847943007,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-1NcDiQpJG9E4/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-aj3ukozA6xGV","name":"Software-aj3ukozA6xGV","type":"http://ontosoft.org/software#Software","label":"ROMSBuilder","description":"Why ROMSBuilder?\nROMS extensively uses the C preprocessor (cpp) during compilation to replace code statements, insert files into the code, and select relevant parts of the code depending on its directives. There are numerous cpp options that can be activated in header files for your specific appl...","authors":["Jisamma Kallumadikal"],"user":"admin","time":1442847938815,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-aj3ukozA6xGV/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-MkNExclM6LHM","name":"Software-MkNExclM6LHM","type":"http://ontosoft.org/software#Software","label":"REF-DIF","description":"REF/DIF is a phase-resolving parabolic refraction-diffraction model for ocean surface wave propagation. It was originally developed by Jim Kirby and Tony Dalrymple starting in 1982, based on Kirby's dissertation work. This work led to the development of REF/DIF 1, a monochromatic wave model.","authors":["James Kirby"],"user":"admin","time":1442847938508,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-MkNExclM6LHM/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YQ8zGSXUUKH0","name":"Software-YQ8zGSXUUKH0","type":"http://ontosoft.org/software#Software","label":"Acronym1R","description":"Acronym1R computes the volume bedload transport rate per unit width and bedload grain size distribution from a specified surface grain size distribution (with sand removed).","authors":["Gary Parker"],"user":"admin","time":1442847951948,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YQ8zGSXUUKH0/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-RGMNfLhkAuzF","name":"Software-RGMNfLhkAuzF","type":"http://ontosoft.org/software#Software","label":"Sedsim","description":"Sedsim models multigrain and carbonate erosion, transport and deposition/production at a very wide range of spatial and temporal scales. The output is produced in a testable form consisting of grainsize distributions, porosity, composition.","authors":["Cedric Griffiths"],"user":"admin","time":1442847941945,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-RGMNfLhkAuzF/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-jCpBsawiRg75","name":"Software-jCpBsawiRg75","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Snowmelt-Energy Balance","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847945276,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-jCpBsawiRg75/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-tP0icqEaSamJ","name":"Software-tP0icqEaSamJ","type":"http://ontosoft.org/software#Software","label":"IceFlow","description":"IceFlow simulates ice dynamics by solving equations for internal deformation and simplified basal sliding in glacial systems. It is designed for computational efficiency by using the shallow ice approximation for driving stress, which it solves alongside basal sliding using a semi-implicit direct...","authors":["Andy Wickert"],"user":"admin","time":1442847933579,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-tP0icqEaSamJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QbwUFNQ66Xbs","name":"Software-QbwUFNQ66Xbs","type":"http://ontosoft.org/software#Software","label":"OTIS","description":"One-Dimensional Transport with Inflow and Storage (OTIS): A Solute Transport Model for Streams and Rivers\n\nOTIS is a mathematical simulation model used to characterize the fate and transport of water-borne solutes in streams and rivers. The governing equation underlying the model is the advection...","authors":["Rob Runkel"],"user":"admin","time":1442847936449,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QbwUFNQ66Xbs/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3PDH0ocssahA","name":"Software-3PDH0ocssahA","type":"http://ontosoft.org/software#Software","label":"Glimmer-CISM","description":"Glimmer is an open source (GPL) three-dimensional thermomechanical ice sheet model, designed to be interfaced to a range of global climate models. It can also be run in stand-alone mode. Glimmer was developed as part of the NERC GENIE project (www.genie.ac.uk). It's development follows the theore...","authors":["Magnus Hagdorn"],"user":"admin","time":1442847932317,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3PDH0ocssahA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-uA7ZROxD7Vca","name":"Software-uA7ZROxD7Vca","type":"http://ontosoft.org/software#Software","label":"WSGFAM","description":"Simulates wave and current supported sediment gravity flows along the seabed offshore of high discharge, fine sediment riverine sources. See Friedrichs & Scully, 2007. Continental Shelf Research, 27: 322-337, for example.","authors":["Carl Friedrichs"],"user":"admin","time":1442847947013,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-uA7ZROxD7Vca/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-yiOUCkhQRedA","name":"Software-yiOUCkhQRedA","type":"http://ontosoft.org/software#Software","label":"Area-Slope Equation Calculator","description":"Traditionally the Area-Slope equation (S=cA^alpha) is extracted from a catchment area vs. slope plot. This model calculate the Area-Slope constant and coefficient (alpha) for each pixel at the catchment as a function of its downslope neighbor.","authors":["Sagy Cohen"],"user":"admin","time":1442847940274,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-yiOUCkhQRedA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hvKgv6T8zRfR","name":"Software-hvKgv6T8zRfR","type":"http://ontosoft.org/software#Software","label":"CELLS","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:CELLS","authors":["Fred Sklar"],"user":"admin","time":1442847948072,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hvKgv6T8zRfR/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-wtjqifh6zUxl","name":"Software-wtjqifh6zUxl","type":"http://ontosoft.org/software#Software","label":"Inflow","description":"Steady-state hyperpycnal flow model.","authors":["Eric Hutton"],"user":"admin","time":1442847933729,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-wtjqifh6zUxl/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-HUz84ZelBg0Q","name":"Software-HUz84ZelBg0Q","type":"http://ontosoft.org/software#Software","label":"WILSIM","description":"This is a Java Applet that allows the user to change different parameters (such as rainfall, erodibility, tectonic uplift) and watch how the landform evolve over time under different scenarios. It is based on a Cellular Automata algorithm. Two versions are available: linear and non-linear. Detail...","authors":["Wei Luo"],"user":"admin","time":1442847946696,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-HUz84ZelBg0Q/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-L1vY5EHtQFuA","name":"Software-L1vY5EHtQFuA","type":"http://ontosoft.org/software#Software","label":"FillinPitsFlatsDEM","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FillinPitsFlatsDEM","authors":["Jon Pelletier"],"user":"admin","time":1442847952139,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-L1vY5EHtQFuA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ufQh4xtviMBh","name":"Software-ufQh4xtviMBh","type":"http://ontosoft.org/software#Software","label":"GEOtop","description":"GEOtop accommodates very complex topography and, besides the water balance integrates all the terms in the surface energy balance equation. For saturated and unsaturated subsurface flow, it uses the 3D Richards’ equation. An accurate treatment of radiation inputs is implemented in order to be abl...","authors":["Riccardo Rigon"],"user":"admin","time":1442847930508,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ufQh4xtviMBh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-d1MJrBPVGNwW","name":"Software-d1MJrBPVGNwW","type":"http://ontosoft.org/software#Software","label":"Lake-Permafrost with Subsidence","description":"Models temperature of 1-D lake-permafrost system through time, given input surface temperature and solar radiation. Model is fully implicit control volume scheme, and cell size can vary with depth. Thermal conductivity and specific heat capacity are dependent on cell substrate (% soil and % ice) ...","authors":["Nora Matell"],"user":"admin","time":1442847934659,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-d1MJrBPVGNwW/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-A0YF8E1u5Q6S","name":"Software-A0YF8E1u5Q6S","type":"http://ontosoft.org/software#Software","label":"WASH123D","description":"WASH123D is an integrated multimedia, multi-processes, physics-based computational watershed model of various spatial-temporal scales. The integrated multimedia includes:\n# dentric streams/rivers/canal/open channel,\n# overland regime (land surface),\n# subsurface media (vadose and saturated zones)...","authors":["Gour-Tsyh (George) Yeh"],"user":"admin","time":1442847946141,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-A0YF8E1u5Q6S/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-LxYmt6XaC7tJ","name":"Software-LxYmt6XaC7tJ","type":"http://ontosoft.org/software#Software","label":"DHSVM","description":"DHSVM is a distributed hydrology model that was developed at the University of Washington more than ten years ago. It has been applied both operationally, for streamflow prediction, and in a research capacity, to examine the effects of forest management on peak streamflow, among other things.","authors":["Administrator DHSVM"],"user":"admin","time":1442847949960,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-LxYmt6XaC7tJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-CsCuly7J3WgV","name":"Software-CsCuly7J3WgV","type":"http://ontosoft.org/software#Software","label":"WPHydResAMBL","description":"Depth-Discharge and Bedload Calculator, uses:\n# Wright-Parker formulation for flow resistance (without stratification correction)\n# Ashida-Michiue formulation for bedload transport.","authors":["Gary Parker"],"user":"admin","time":1442847946886,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-CsCuly7J3WgV/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-rUIR4dHHRmJf","name":"Software-rUIR4dHHRmJf","type":"http://ontosoft.org/software#Software","label":"BTLESS","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:BTLESS","authors":["Enrique Reyes"],"user":"admin","time":1442847944349,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-rUIR4dHHRmJf/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3iqpBBvsr8nm","name":"Software-3iqpBBvsr8nm","type":"http://ontosoft.org/software#Software","label":"LTRANS","description":"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). Although LTRANS was built to simulate oyster larvae, it can easily be adapted to simulate...","authors":["Elizabeth North"],"user":"admin","time":1442847934541,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3iqpBBvsr8nm/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-FY5niRoRAcN4","name":"Software-FY5niRoRAcN4","type":"http://ontosoft.org/software#Software","label":"FUNWAVE","description":"FUNWAVE is a phase-resolving, time-stepping Boussinesq model for ocean surface wave propagation in the nearshore.","authors":["Jim Kirby"],"user":"admin","time":1442847951826,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-FY5niRoRAcN4/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YvE4kqkerFhj","name":"Software-YvE4kqkerFhj","type":"http://ontosoft.org/software#Software","label":"SNAC","description":"SNAC can solve momentum and heat energy balance equations in 3D solid with complicated rheology. Lagrangian description of motion adopted in SNAC makes it easy to monitor surface deformation during a crustal or continental scale tectonic event as well as introduce surface processes into a model.","authors":["Eunseo Choi"],"user":"admin","time":1442847940487,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YvE4kqkerFhj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-sIoUW8483rT9","name":"Software-sIoUW8483rT9","type":"http://ontosoft.org/software#Software","label":"Point-Tidal-flat","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Point-Tidal-flat","authors":["Sergio Fagherazzi"],"user":"admin","time":1442847937548,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-sIoUW8483rT9/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-0TMYceeGPeIo","name":"Software-0TMYceeGPeIo","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Evaporation-Energy Balance","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944497,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-0TMYceeGPeIo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-dkf7IQbDne2y","name":"Software-dkf7IQbDne2y","type":"http://ontosoft.org/software#Software","label":"WACCM Dust-Sulfur","description":"Whole atmosphere module of sulfate aerosols with emphasis on stratospheric aerosols and dust.","authors":["Ryan Neely"],"user":"admin","time":1442847945938,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-dkf7IQbDne2y/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-L7q2aIlLlDfC","name":"Software-L7q2aIlLlDfC","type":"http://ontosoft.org/software#Software","label":"DELTA","description":"Simulates circulation and sedimentation in a 2D turbulent plane jet and resulting delta growth","authors":["Rudy Slingerland"],"user":"admin","time":1442847949890,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-L7q2aIlLlDfC/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-4CoeDDpK8BqS","name":"Software-4CoeDDpK8BqS","type":"http://ontosoft.org/software#Software","label":"Detrital Thermochron","description":"Code for estimating long-term exhumation histories and spatial patterns of short-term erosion from the detrital thermochronometric data.","authors":["Boris Avdeev"],"user":"admin","time":1442847950651,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-4CoeDDpK8BqS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-sF51FSSsdFKa","name":"Software-sF51FSSsdFKa","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Diversions","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model. TopoFlow supports three different types of flow diversions: sources, sinks and canals. Sources are locations such as natural springs where water enters the wa...","authors":["Scott Peckham"],"user":"admin","time":1442847944420,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-sF51FSSsdFKa/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-fWPi0RW4G5eT","name":"Software-fWPi0RW4G5eT","type":"http://ontosoft.org/software#Software","label":"STWAVE","description":"STWAVE (STeady State spectral WAVE) is an easy-to-apply, flexible, robust, half-plane model for nearshore wind-wave growth and propagation. STWAVE simulates depth-induced wave refraction and shoaling, current-induced refraction and shoaling, depth- and steepness-induced wave breaking, diffraction...","authors":["Jane Smith"],"user":"admin","time":1442847941153,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-fWPi0RW4G5eT/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-2uBPs7Qry7mC","name":"Software-2uBPs7Qry7mC","type":"http://ontosoft.org/software#Software","label":"UMCESroms","description":"ROMS is a Free-surface, terrain-following, orthogonal curvilinear, primitive equations ocean model. Its dynamical kernel is comprised of four separate models including the nonlinear, tangent linear, representer tangent linear, and adjoint models. It has multiple model coupling (ESMF, MCT) and mul...","authors":["Yun Li"],"user":"admin","time":1442847945675,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-2uBPs7Qry7mC/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-p94NlmDWzyMe","name":"Software-p94NlmDWzyMe","type":"http://ontosoft.org/software#Software","label":"CICE","description":"CSIM is the sea ice component of CCSM that includes an elastic-viscous-plastic (EVP) dynamics scheme, an ice thickness distribution, energy-conserving thermodynamics, a slab ocean mixed layer model, and the ability to run using prescribed ice concentrations. It is supported on high and low-resolu...","authors":["Elizabeth Hunke"],"user":"admin","time":1442847948362,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-p94NlmDWzyMe/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-KTx62G6eEOL6","name":"Software-KTx62G6eEOL6","type":"http://ontosoft.org/software#Software","label":"SISV","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:SISV","authors":["Peter Burns"],"user":"admin","time":1442847940006,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-KTx62G6eEOL6/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-PMkUmQ3SiesQ","name":"Software-PMkUmQ3SiesQ","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Channels-Dynamic Wave","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model. The dynamic wave method is the most complete and complex method for modeling flow in open channels. This method retains all of the terms in the full, 1D momen...","authors":["Scott Peckham"],"user":"admin","time":1442847944092,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-PMkUmQ3SiesQ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-bYbX3Y7KYS1G","name":"Software-bYbX3Y7KYS1G","type":"http://ontosoft.org/software#Software","label":"Hyper","description":"This model can be used for both transport after sediment failure and for hyperpycnal transport.","authors":["Jasim Imran"],"user":"admin","time":1442847933328,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-bYbX3Y7KYS1G/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-o9lKXedeIQNx","name":"Software-o9lKXedeIQNx","type":"http://ontosoft.org/software#Software","label":"BackwaterWrightParker","description":"This program calculates backwater curves over a sand-bed stream with a specified spatially constant bed slope S.  The calculation uses the hydraulic resistance formulation of Wright and Parker (2004) (but without the flow stratification correction).","authors":["Gary Parker"],"user":"admin","time":1442847945999,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-o9lKXedeIQNx/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YkZFFNeGfniJ","name":"Software-YkZFFNeGfniJ","type":"http://ontosoft.org/software#Software","label":"WRF","description":"The Weather Research and Forecasting (WRF) Model is a next-generation mesoscale numerical weather prediction system designed to serve both operational forecasting and atmospheric research needs. It features multiple dynamical cores, a 3-dimensional variational (3DVAR) data assimilation system, an...","authors":["Bill Skamarock"],"user":"admin","time":1442847946949,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YkZFFNeGfniJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-2iG4CX2TPFiU","name":"Software-2iG4CX2TPFiU","type":"http://ontosoft.org/software#Software","label":"Coastal Dune Model","description":"Model describing the morphodynamic evolution of vegetated coastal foredunes.","authors":["Orencio Durán Vinent"],"user":"admin","time":1442847949299,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-2iG4CX2TPFiU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-NbTxOnemtSGt","name":"Software-NbTxOnemtSGt","type":"http://ontosoft.org/software#Software","label":"Gvg3Dp","description":"Three dimensional simulations of the Turbidity currents using DNS of incompressible Navier-Stokes and transport equations.","authors":["Mohamad Mehdi Nasr Azadani"],"user":"admin","time":1442847932557,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-NbTxOnemtSGt/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YgNaQDFJsMnV","name":"Software-YgNaQDFJsMnV","type":"http://ontosoft.org/software#Software","label":"Spirals1D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Spirals1D","authors":["Jon Pelletier"],"user":"admin","time":1442847942340,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YgNaQDFJsMnV/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-9xxkeMQJMymv","name":"Software-9xxkeMQJMymv","type":"http://ontosoft.org/software#Software","label":"Flex1D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Flex1D","authors":["Jon Pelletier"],"user":"admin","time":1442847952282,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-9xxkeMQJMymv/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-FKa1r3aIGLBJ","name":"Software-FKa1r3aIGLBJ","type":"http://ontosoft.org/software#Software","label":"DepDistTotLoadCalc","description":"Depth-Discharge and Total Load Calculator, uses:\n# Wright-Parker formulation for flow resistance, \n# Ashida-Michiue formulation for bedload transport,\n# Wright-Parker formulation (without stratification) for suspended load.","authors":["Gary Parker"],"user":"admin","time":1442847950577,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-FKa1r3aIGLBJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ZcUaobXdS9Ck","name":"Software-ZcUaobXdS9Ck","type":"http://ontosoft.org/software#Software","label":"CrevasseFlow","description":"The module is designed to calculate morphological changes and water discharge outflow of a crevasse splay that is triggered by a preset flood event and evolves afterwards. The inputs for \"mainCS.m\" should be daily water discharge and sediment flux series of the trunk channel upstream the crevasse...","authors":["Yunzhen Chen"],"user":"admin","time":1442847949562,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ZcUaobXdS9Ck/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-alJZq6vh4lKd","name":"Software-alJZq6vh4lKd","type":"http://ontosoft.org/software#Software","label":"Zscape","description":"Finite difference approximations are great for modeling the erosion of landscapes. A paper by Densmore, Ellis, and Anderson provides details on application of landscape evolution models to the Basin and Range (USA) using complex rulesets that include landslides, tectonic displacements, and physic...","authors":["Chuck Connor"],"user":"admin","time":1442847947345,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-alJZq6vh4lKd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-fwuVnC9xznq8","name":"Software-fwuVnC9xznq8","type":"http://ontosoft.org/software#Software","label":"BEDLOAD","description":"Calculates the bedload transport rates and weights per unit area for each size-density. NB. Bedload transport of different size-densities is proportioned according to the volumes in the bed.","authors":["Rudy Slingerland"],"user":"admin","time":1442847941843,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-fwuVnC9xznq8/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-yvPMyTsuQTWX","name":"Software-yvPMyTsuQTWX","type":"http://ontosoft.org/software#Software","label":"TreeThrow","description":"Plot scale, spatially implicit model of tree throw on hillslopes. We couple an existing forest growth model with a couple simple equations for the transport of sediment caused by tree fall.","authors":["Matthew Kirwan"],"user":"admin","time":1442847945453,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-yvPMyTsuQTWX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-iFYOpS92Qxle","name":"Software-iFYOpS92Qxle","type":"http://ontosoft.org/software#Software","label":"HydroTrend","description":"HydroTrend v.3.0 is a climate-driven hydrological water balance and transport model that simulates water discharge and sediment load at a river outlet.","authors":["Albert Kettner"],"user":"admin","time":1442847933150,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-iFYOpS92Qxle/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-CUSe8lG6Ssz1","name":"Software-CUSe8lG6Ssz1","type":"http://ontosoft.org/software#Software","label":"Anuga","description":"ANUGA is a hydrodynamic modelling tool that allows users to model realistic flow problems in complex 2D geometries. Examples include dam breaks or the effects of natural hazards such as riverine flooding, storm surges and tsunami. The user must specify a study area represented by a mesh of triang...","authors":["Nariman Habili"],"user":"admin","time":1442847938666,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-CUSe8lG6Ssz1/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-EMyb6W3C681f","name":"Software-EMyb6W3C681f","type":"http://ontosoft.org/software#Software","label":"SVELA","description":"Calculates shear velocity associated with grain roughness","authors":["Rudy Slingerland"],"user":"admin","time":1442847941280,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-EMyb6W3C681f/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-95ltnuxYnVKX","name":"Software-95ltnuxYnVKX","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Saturated Zone-Darcy Layers","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847945054,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-95ltnuxYnVKX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-5wXGEQ8dUbSg","name":"Software-5wXGEQ8dUbSg","type":"http://ontosoft.org/software#Software","label":"CAM-CARMA","description":"I am developing a recent adaptation of CAM 3.0 that has been converted to Titan by Friedson et al. at JPL. I am adding the aerosol microphysics from CARMA.","authors":["Eric Larson"],"user":"admin","time":1442847947810,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-5wXGEQ8dUbSg/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-tbUwB2vtaqDp","name":"Software-tbUwB2vtaqDp","type":"http://ontosoft.org/software#Software","label":"GNE","description":"A multi-element (N, P, Si, C), multi-form (particulate, dissolved, organic, inorganic) set of biogeochemical sub-models that predicts annual river exports to the coast as a function of basin-aggregated natural and human impact characteristics; GNE is a generic framework used to run the basin models.","authors":["Sybil Seitzinger"],"user":"admin","time":1442847931352,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-tbUwB2vtaqDp/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-TLedVk9CNEOA","name":"Software-TLedVk9CNEOA","type":"http://ontosoft.org/software#Software","label":"AgDegNormal","description":"This workbook computes 1D bed variation in rivers due to differential sediment transport. The sediment is assumed to be uniform with size D. All sediment transport is assumed to occur in a specified fraction of time during which the river is in flood, specified by an intermittency. A Manning-Stri...","authors":["Gary Parker"],"user":"admin","time":1442847933247,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-TLedVk9CNEOA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-i1nYIPBBnqDH","name":"Software-i1nYIPBBnqDH","type":"http://ontosoft.org/software#Software","label":"WACCM-EE","description":"I am developing a GCM based on NCAR's WACCM model to studied the climate of the ancient Earth. WACCM has been linked with a microphysical model (CARMA). Some important issues to be examined are the climate of the ancient Earth in light of the faint young Sun, reducing chemistry of the early atmos...","authors":["Eric Wolf"],"user":"admin","time":1442847945872,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-i1nYIPBBnqDH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-rpb6IzqdVsP3","name":"Software-rpb6IzqdVsP3","type":"http://ontosoft.org/software#Software","label":"PHREEQC","description":"PHREEQC implements several types of aqueous models: two ion-association aqueous models (the Lawrence Livermore National Laboratory model and WATEQ4F), a Pitzer specific-ion-interaction aqueous model, and the SIT (Specific ion Interaction Theory) aqueous model. Using any of these aqueous models, P...","authors":["David Parkhurst"],"user":"admin","time":1442847936721,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-rpb6IzqdVsP3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-gFLazPH7yhkI","name":"Software-gFLazPH7yhkI","type":"http://ontosoft.org/software#Software","label":"OceanWaves","description":"Calculate wave-generated bottom orbital velocities from measured surface wave parameters. Also permits calculation of surface wave spectra from wind conditions, from which bottom orbital velocities can be determined.","authors":["Patricia Wiberg"],"user":"admin","time":1442847936537,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-gFLazPH7yhkI/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-MAQvV0Y9Vwf6","name":"Software-MAQvV0Y9Vwf6","type":"http://ontosoft.org/software#Software","label":"FTCS2D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FTCS2D","authors":["Jon Pelletier"],"user":"admin","time":1442847951639,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-MAQvV0Y9Vwf6/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YAJlNTRPoqTL","name":"Software-YAJlNTRPoqTL","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Channels-Diffusive Wave","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model. It uses the \"diffusive wave\" method to compute flow velocities for all of the channels in a D8-based river network. This method includes a pressure gradient t...","authors":["Scott Peckham"],"user":"admin","time":1442847944004,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YAJlNTRPoqTL/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7huD7UPEiuWO","name":"Software-7huD7UPEiuWO","type":"http://ontosoft.org/software#Software","label":"DeltaNorm","description":"Calculator for 1D Subaerial Fluvial Fan-Delta with Channel of Constant Width. This model assumes a narrowly channelized 1D fan-delta prograding into standing water. The model uses a single grain size D, a generic total bed material load relation and a constant bed resistance coefficient. The chan...","authors":["Gary Parker"],"user":"admin","time":1442847950374,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7huD7UPEiuWO/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-8AVmkm2RUPk7","name":"Software-8AVmkm2RUPk7","type":"http://ontosoft.org/software#Software","label":"AquaTellUs","description":"AquaTellUs models fluvial-dominated delta sedimentation. AquaTellUS uses a nested model approach; a 2D longitudinal profiles, embedded as a dynamical flowpath in a 3D grid-based space. A main channel belt is modeled as a 2D longitudinal profile that responds dynamically to changes in discharge, s...","authors":["Irina Overeem"],"user":"admin","time":1442847939454,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-8AVmkm2RUPk7/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-MiNBt3bES3Yo","name":"Software-MiNBt3bES3Yo","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Infiltration-Green-Ampt","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944726,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-MiNBt3bES3Yo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-k8XADONcL1vN","name":"Software-k8XADONcL1vN","type":"http://ontosoft.org/software#Software","label":"SubsidingFan","description":"Calculation of Sediment Deposition in a Fan-Shaped Basin, undergoing Piston-Style Subsidence","authors":["Gary Parker"],"user":"admin","time":1442847942612,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-k8XADONcL1vN/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-8ZseSwfWBU9P","name":"Software-8ZseSwfWBU9P","type":"http://ontosoft.org/software#Software","label":"DeltaBW","description":"Calculator for 1D Subaerial Fluvial Fan-Delta with Channel of Constant Width. This model assumes a narrowly channelized 1D fan-delta prograding into standing water. The model uses a single grain size D, a generic total bed material load relation and a constant bed resistance coefficient. The chan...","authors":["Gary Parker"],"user":"admin","time":1442847950309,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-8ZseSwfWBU9P/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-LK6gbaUtyfaj","name":"Software-LK6gbaUtyfaj","type":"http://ontosoft.org/software#Software","label":"SOBEK","description":"rainfall runoff, integrated engine for mixed 1D channel and sewer networks with 2D overland flow on multiple (nested) rect. grids, hydr. structures & control, ground water coupling, sediment transport, morphology, water quality and ecology library (user extendible), 1D-3D coupling with Delft3D, GUI","authors":["Support SOBEK"],"user":"admin","time":1442847940563,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-LK6gbaUtyfaj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-KOWkP4E8Ya82","name":"Software-KOWkP4E8Ya82","type":"http://ontosoft.org/software#Software","label":"Bedrock Fault Scarp","description":"The code computes the formation of a hillslope profile above an active normal fault. It represents the hillslope as a set of points with vertical and horizontal (fault-perpendicular) coordinates. Points move due to a prescribed erosion rate (which may vary in time) and due to offset during earthq...","authors":["Greg Tucker"],"user":"admin","time":1442847947616,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-KOWkP4E8Ya82/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-mRc6kI9Lc0bE","name":"Software-mRc6kI9Lc0bE","type":"http://ontosoft.org/software#Software","label":"OTEQ","description":"One-Dimensional Transport with Equilibrium Chemistry (OTEQ):\nA Reactive Transport Model for Streams and Rivers\n\nOTEQ is a mathematical simulation model used to characterize the fate and transport of waterborne solutes in streams and rivers. The model is formed by coupling a solute transport model...","authors":["Rob Runkel"],"user":"admin","time":1442847936354,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-mRc6kI9Lc0bE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Opl3Zf8j2Wrz","name":"Software-Opl3Zf8j2Wrz","type":"http://ontosoft.org/software#Software","label":"Subside","description":"1D and 2D flexure model","authors":["Eric Hutton"],"user":"admin","time":1442847942532,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Opl3Zf8j2Wrz/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-CQLSXmBYgngS","name":"Software-CQLSXmBYgngS","type":"http://ontosoft.org/software#Software","label":"FluidMud","description":"This is a 1DV wave-phase resolving numerical model for fluid mud transport based on mixture theory with boundary layer approximation. The model incorporates turbulence-sediment interaction, gravity-driven flow, mud rheology, bed erodibility and the dynamics of floc break-up and aggregation.","authors":["Tian-Jian Hsu"],"user":"admin","time":1442847952500,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-CQLSXmBYgngS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-U4zNO8wJ1h3l","name":"Software-U4zNO8wJ1h3l","type":"http://ontosoft.org/software#Software","label":"ParFlow","description":"ParFlow is an open-source, object-oriented, parallel watershed flow model. It includes fully-integrated overland flow, the ability to simulate complex topography, geology and heterogeneity and coupled land-surface processes including the land-energy budget, biogeochemistry and snow (via CLM). It ...","authors":["Reed Maxwell"],"user":"admin","time":1442847937208,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-U4zNO8wJ1h3l/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-9fAXStDWSRAZ","name":"Software-9fAXStDWSRAZ","type":"http://ontosoft.org/software#Software","label":"Sedtrans05","description":"Sedtrans05 is a sediment transport model for continental shelf and estuaries. It predicts the sediment transport at one location as function water depth, sediment type, current and waves (single point model). It can be used as sediment transport module for larger 2D models.\n\nFive different transp...","authors":["Urs Neumeier"],"user":"admin","time":1442847942025,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-9fAXStDWSRAZ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-zrqEnsDcu4Zr","name":"Software-zrqEnsDcu4Zr","type":"http://ontosoft.org/software#Software","label":"BatTri","description":"BATTRI does the mesh editing, bathymetry incorporation and interpolation, provides the grid generation and refinement properties, prepares the input file to Triangle and visualizes and saves the created grid.","authors":["Jonathan Shewchuk"],"user":"admin","time":1442847946759,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-zrqEnsDcu4Zr/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-31AFaDDnJuJm","name":"Software-31AFaDDnJuJm","type":"http://ontosoft.org/software#Software","label":"SIGNUM","description":"SIGNUM (Simple Integrated Geomorphological Numerical Model) is a TIN-based landscape evolution model: it is capable of simulating sediment transport and erosion by river flow at different space and time scales. It is a multi-process numerical model written in the Matlab high level programming env...","authors":["Domenico Capolongo"],"user":"admin","time":1442847939878,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-31AFaDDnJuJm/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-iHMtHp4l31Ta","name":"Software-iHMtHp4l31Ta","type":"http://ontosoft.org/software#Software","label":"STVENANT","description":"Predicts 1D, unsteady, nonlinear, gradually varied flow","authors":["Rudy Slingerland"],"user":"admin","time":1442847941022,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-iHMtHp4l31Ta/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-95yHU7Pnb2b3","name":"Software-95yHU7Pnb2b3","type":"http://ontosoft.org/software#Software","label":"Shoreline","description":"Shoreline is a \"line model\" for modeling the evolution of a coastline as the result of wind/wave-driven longshore sediment transport. It is based on conservation of mass and a semi-empirical sediment transport formula known as the CERC formula. This model was specifically adapted for modeling the...","authors":["Scott Peckham"],"user":"admin","time":1442847942105,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-95yHU7Pnb2b3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-aSAohDZogfU9","name":"Software-aSAohDZogfU9","type":"http://ontosoft.org/software#Software","label":"SteadyStateAg","description":"This program implements the calculation for steady-state aggradation of a sand-bed river in response to sea level rise at a constant rate, as outlined in Chapter 25 of the e-book.","authors":["Gary Parker"],"user":"admin","time":1442847942402,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-aSAohDZogfU9/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GfbktqZtqQvS","name":"Software-GfbktqZtqQvS","type":"http://ontosoft.org/software#Software","label":"FractionalNoises1D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FractionalNoises1D","authors":["Jon Pelletier"],"user":"admin","time":1442847929580,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GfbktqZtqQvS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-VWmMrOhVKZmj","name":"Software-VWmMrOhVKZmj","type":"http://ontosoft.org/software#Software","label":"Flex2D-ADI","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Flex2D-ADI","authors":["Jon Pelletier"],"user":"admin","time":1442847952401,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-VWmMrOhVKZmj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6SKP68TDqYh7","name":"Software-6SKP68TDqYh7","type":"http://ontosoft.org/software#Software","label":"SBM","description":"The Sorted Bedform Model (SBM) addresses the formation mechanism for sorted bedforms present on inner continental shelf environments.","authors":["A. Brad Murray"],"user":"admin","time":1442847939250,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6SKP68TDqYh7/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-EXwEpfcxpv3D","name":"Software-EXwEpfcxpv3D","type":"http://ontosoft.org/software#Software","label":"WAVEREF","description":"A wave refraction program","authors":["Rudy Slingerland"],"user":"admin","time":1442847946211,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-EXwEpfcxpv3D/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7zNK0Pf8CIgo","name":"Software-7zNK0Pf8CIgo","type":"http://ontosoft.org/software#Software","label":"GISKnickFinder","description":"This is a tool that I created to help find knickpoints based on the curvature of a landscape. It provides information about a stream including, knickpoint locations, Elevation/distance that can be used to create longitudinal profiles, XYvalues of all the cells in a stream path, etc. The tool uses...","authors":["Francis Rengers"],"user":"admin","time":1442847930868,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7zNK0Pf8CIgo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-XNzAMpY0uCVy","name":"Software-XNzAMpY0uCVy","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Evaporation-Read File","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944648,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-XNzAMpY0uCVy/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Q7qH8NzbgbGH","name":"Software-Q7qH8NzbgbGH","type":"http://ontosoft.org/software#Software","label":"HSPF","description":"Hydrological Simulation Program - FORTRAN (HSPF) is a comprehensive package\nfor simulation of watershed hydrology and water quality for both conventional\nand toxic organic pollutants (1,2).  This model can simulate the hydrologic,\nand associated water quality, processes on pervious and impervious...","authors":["Bob Bicknell"],"user":"admin","time":1442847932889,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Q7qH8NzbgbGH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YmNcRLH9YNvd","name":"Software-YmNcRLH9YNvd","type":"http://ontosoft.org/software#Software","label":"AlluvStrat","description":"Generates alluvial stratigraphy by channel migration and avulsion. Channel migration is handled via a random walk. Avulsions occur when the channel superelevates. Channels can create levees. Post-avulsion channel locations chosen at random, or based on topography.","authors":["Andy Wickert"],"user":"admin","time":1442847936894,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YmNcRLH9YNvd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Z6ZjxXix2Q2A","name":"Software-Z6ZjxXix2Q2A","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Data-HIS","description":"HIS is an internet-based system for sharing hydrologic data. It is comprised of databases and servers, connected through web services, to client applications, allowing for the publication, discovery and access of data.","authors":["Scott Peckham"],"user":"admin","time":1442847944288,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Z6ZjxXix2Q2A/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-wFvXnqhB2aiS","name":"Software-wFvXnqhB2aiS","type":"http://ontosoft.org/software#Software","label":"SWMM","description":"The EPA Storm Water Management Model (SWMM) is a dynamic rainfall-runoff simulation model used for single event or long-term (continuous) simulation of runoff quantity and quality from primarily urban areas. The runoff component of SWMM operates on a collection of subcatchment areas that receive ...","authors":["Lewis Rossman"],"user":"admin","time":1442847941474,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-wFvXnqhB2aiS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vXSb5kNhlu2S","name":"Software-vXSb5kNhlu2S","type":"http://ontosoft.org/software#Software","label":"BedrockAlluvialTransition","description":"This program computes fluvial aggradation/degradation with a bedrock-alluvial transition. The bedrock-alluvial transition is located at a point sba(t) which is free to change in time. A bedrock basement channel with slope Sb is exposed from x = 0 to sba(t); it is covered with alluvium from x = sb...","authors":["Gary Parker"],"user":"admin","time":1442847947410,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vXSb5kNhlu2S/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QhqV9LWMRHAe","name":"Software-QhqV9LWMRHAe","type":"http://ontosoft.org/software#Software","label":"GFlex","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:GFlex","authors":["Andy Wickert"],"user":"admin","time":1442847930649,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QhqV9LWMRHAe/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Ncl1JrWNTHq7","name":"Software-Ncl1JrWNTHq7","type":"http://ontosoft.org/software#Software","label":"MFDrouting-Successive","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:MFDrouting-Successive","authors":["Jon Pelletier"],"user":"admin","time":1442847935220,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Ncl1JrWNTHq7/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7XHKWfi9yEeS","name":"Software-7XHKWfi9yEeS","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Snowmelt-Degree-Day","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847945132,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7XHKWfi9yEeS/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-C1ae6wKC7NFX","name":"Software-C1ae6wKC7NFX","type":"http://ontosoft.org/software#Software","label":"FuzzyReef","description":"FuzzyReef is a three-dimensional (3D) numerical stratigraphic model that simulates the development of microbial reefs using fuzzy logic (multi-valued logic) modeling methods. The flexibility of the model allows for the examination of a large number of variables. This model has been used to examin...","authors":["William Parcell"],"user":"admin","time":1442847929890,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-C1ae6wKC7NFX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-gFdF7pe1ZHB9","name":"Software-gFdF7pe1ZHB9","type":"http://ontosoft.org/software#Software","label":"CEM","description":"The Coastline Evolution Model (CEM) addresses predominately sandy, wave-dominated coastlines on time-scales ranging from years to millenia and on spatial scales ranging from kilometers to hundreds of kilometers. Shoreline evolution results from gradients in wave-driven alongshore sediment transpo...","authors":["A. Brad Murray"],"user":"admin","time":1442847948147,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-gFdF7pe1ZHB9/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-G6psuAu29Tek","name":"Software-G6psuAu29Tek","type":"http://ontosoft.org/software#Software","label":"QDSSM","description":"QDSSM is a 3D cellular, forward numerical model coded in Fortran90 that simulates landscape evolution and stratigraphy as controlled by changes in sea-level, subsidence, discharge and bedload flux. The model includes perfect and imperfect sorting modules of grain size and allows stratigraphy to b...","authors":["George Postma"],"user":"admin","time":1442847937911,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-G6psuAu29Tek/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6AyfcGz45E2c","name":"Software-6AyfcGz45E2c","type":"http://ontosoft.org/software#Software","label":"ModelParameterDictionary","description":"The Model Parameter Dictionary is a tool for numerical modelers to\neasily read and access model parameters from a simple formatted \ninput (text) file. Each parameter has a KEY, which identifies the\nparameter, and a VALUE, which can be a number or a string. A\nModelParameterDictionary object reads ...","authors":["Greg Tucker"],"user":"admin","time":1442847935793,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6AyfcGz45E2c/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-yQYLKZiErY2J","name":"Software-yQYLKZiErY2J","type":"http://ontosoft.org/software#Software","label":"SEDPAK","description":"SEDPAK provides a conceptual framework for modeling the sedimentary fill of basins by visualizing stratal geometries as they are produced between sequence boundaries. The simulation is used to substantiate inferences drawn about the potential for hydrocarbon entrapment and accumulation within a b...","authors":["Christopher Kendall"],"user":"admin","time":1442847939377,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-yQYLKZiErY2J/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xjPvjHK6sIRk","name":"Software-xjPvjHK6sIRk","type":"http://ontosoft.org/software#Software","label":"SimClast","description":"SimClast is a basin-scale 3D stratigraphic model, which allows several interacting sedimentary environments. Processes included are; fluvial channel dynamics and overbank deposition, river plume deposition, open marine currents, wave resuspension, nearshore wave induced longshore and crosshore tr...","authors":["Rory Dalman"],"user":"admin","time":1442847942200,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xjPvjHK6sIRk/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-HuBIpG0CUqn2","name":"Software-HuBIpG0CUqn2","type":"http://ontosoft.org/software#Software","label":"SurfaceRoughness","description":"This tool can be used to map out areas of hillslopes where the emergence of bedrock drives an increase in surface roughness.  The tool requires an input DEM in float format and will output the rasters, also in float format, for three eigenvectors that together describe the distribution of normal ...","authors":["David Milodowski"],"user":"admin","time":1442847942769,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-HuBIpG0CUqn2/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-MIDeJS6NyLwR","name":"Software-MIDeJS6NyLwR","type":"http://ontosoft.org/software#Software","label":"SLEPIAN Bravo","description":"Routines pertaining to the paper published as: doi: 10.1111/j.1365-246X.2006.03065.x","authors":["Frederik Simons"],"user":"admin","time":1442847940140,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-MIDeJS6NyLwR/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-bnisEZjCQTGh","name":"Software-bnisEZjCQTGh","type":"http://ontosoft.org/software#Software","label":"GSFLOW","description":"GSFLOW was a coupled model based on the integration of the U.S. Geological Survey Precipitation-Runoff Modeling System (PRMS, Leavesley and others, 1983) and the U.S. Geological Survey Modular Groundwater Flow Model(MODFLOW-2005, Harbaugh, 2005). It was developed to simulate coupled groundwater/s...","authors":["Steve Markstrom"],"user":"admin","time":1442847931876,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-bnisEZjCQTGh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-VMAdnGWkcF2k","name":"Software-VMAdnGWkcF2k","type":"http://ontosoft.org/software#Software","label":"PsHIC","description":"Calculate the hypsometric integral for each pixel at the catchment. Each pixel is considered a local outlet and the hypsometric integral is calculated according to the characteristics of its contributing area.","authors":["Sagy Cohen"],"user":"admin","time":1442847937834,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-VMAdnGWkcF2k/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-owqmSN2gfdSM","name":"Software-owqmSN2gfdSM","type":"http://ontosoft.org/software#Software","label":"UEB","description":"The Utah Energy Balance (UEB) snow model is an energy balance snowmelt model developed by David Tarboton's research group, first in 1994, and updated over the years. The model uses a lumped representation of the snowpack and keeps track of water and energy balance. The model is driven by inputs o...","authors":["David Tarboton"],"user":"admin","time":1442847945598,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-owqmSN2gfdSM/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-LVdrI2q286pR","name":"Software-LVdrI2q286pR","type":"http://ontosoft.org/software#Software","label":"DECAL","description":"A cellular automaton model for simulating the development of aeolian dune landscapes under the influence of vegetation and biota (parabolic dunes, blowouts, foredunes, nebkha dunes).","authors":["Andreas Baas"],"user":"admin","time":1442847949825,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-LVdrI2q286pR/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-3MbFX9c8N2Vl","name":"Software-3MbFX9c8N2Vl","type":"http://ontosoft.org/software#Software","label":"AgDegNormGravMixSubPW","description":"This program computes the time evolution of the long profile of a river of constant width carrying a mixture of gravel sizes, the downstream end of which has a prescribed elevation.","authors":["Gary Parker"],"user":"admin","time":1442847932212,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-3MbFX9c8N2Vl/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-UkFGRXBFVBZX","name":"Software-UkFGRXBFVBZX","type":"http://ontosoft.org/software#Software","label":"Fourier-Bessel-integration","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Fourier-Bessel-integration","authors":["Jon Pelletier"],"user":"admin","time":1442847952564,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-UkFGRXBFVBZX/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-VQVF9YsYFOUU","name":"Software-VQVF9YsYFOUU","type":"http://ontosoft.org/software#Software","label":"Cliffs","description":"Cliffs features: \nShallow-Water approximation;\nUse of Cartesian or spherical (lon/lat) coordinates;\n1D and 2D configurations;\nStructured co-located grid with (optionally) varying spacing;\nRun-up on land;\nInitial conditions or boundary forcing;\nGrid nesting with one-way coupling;\nParallelized with...","authors":["Elena Tolkova"],"user":"admin","time":1442847949230,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-VQVF9YsYFOUU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-45e2sCLr3VqG","name":"Software-45e2sCLr3VqG","type":"http://ontosoft.org/software#Software","label":"Symphonie","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Symphonie","authors":["Patrick Marsaleix"],"user":"admin","time":1442847942936,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-45e2sCLr3VqG/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-KXXuTLaG04cH","name":"Software-KXXuTLaG04cH","type":"http://ontosoft.org/software#Software","label":"XBeach","description":"Xbeach is a two-dimensional model for wave propagation, long waves and mean flow, sediment transport and morphological changes of the nearshore area, beaches, dunes and backbarrier during storms. It is a public-domain model that has been developed with funding and support by the US Army Corps of ...","authors":["Dano Roelvink"],"user":"admin","time":1442847947212,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-KXXuTLaG04cH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-RJ5TQeNW8FCv","name":"Software-RJ5TQeNW8FCv","type":"http://ontosoft.org/software#Software","label":"AgDegBW","description":"This program computes 1D bed variation in rivers due to differential sediment transport. The sediment is assumed to be uniform with size D. All sediment transport is assumed to occur in a specified fraction of time during which the river is in flood, specified by an intermittency. A Manning-Stric...","authors":["Gary Parker"],"user":"admin","time":1442847952627,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-RJ5TQeNW8FCv/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-DmN6tu26Pr9f","name":"Software-DmN6tu26Pr9f","type":"http://ontosoft.org/software#Software","label":"OpenFOAM","description":"OpenFOAM (Open Field Operation and Manipulation) is a toolbox for the development of customized numerical solvers, and pre-/post-processing utilities for the solution of continuum mechanics problems, including computational fluid dynamics.","authors":["Henry Weller"],"user":"admin","time":1442847936632,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-DmN6tu26Pr9f/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-8fA5siLH6Rzs","name":"Software-8fA5siLH6Rzs","type":"http://ontosoft.org/software#Software","label":"Cyclopath","description":"A 2D or 3D model of carbonate sediment production and transport that generates high-frequency platform top auto and allocycles as well as various aspects of large scale platform geomtry","authors":["Peter Burgess"],"user":"admin","time":1442847949633,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-8fA5siLH6Rzs/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YiRsZFU0siZh","name":"Software-YiRsZFU0siZh","type":"http://ontosoft.org/software#Software","label":"Kirwan marsh model","description":"Spatially explicit model of the development and evolution of salt marshes, including vegetation influenced accretion and hydrodynamic determined channel erosion.","authors":["Matthew Kirwan"],"user":"admin","time":1442847933821,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YiRsZFU0siZh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vCGcj2mGZQtE","name":"Software-vCGcj2mGZQtE","type":"http://ontosoft.org/software#Software","label":"TURBINS","description":"TURBINS, a highly parallel modular code written in C, is capable of modeling gravity and turbidity currents interacting with complex topographies in two and three dimensions. Accurate treatment of the complex geometry, implementation of an efficient and scalable parallel solver, i.e. multigrid so...","authors":["Mohamad Nasr-Azadani"],"user":"admin","time":1442847943619,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vCGcj2mGZQtE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vKPl1Qmk7Jqs","name":"Software-vKPl1Qmk7Jqs","type":"http://ontosoft.org/software#Software","label":"SLEPIAN Charlie","description":"Routines pertaining to the paper published as: doi: 10.1111/j.1365-246X.2008.03854.x","authors":["Frederik Simons"],"user":"admin","time":1442847940207,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vKPl1Qmk7Jqs/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-b3gtiW2brm0C","name":"Software-b3gtiW2brm0C","type":"http://ontosoft.org/software#Software","label":"Delft3D","description":"wave-current interaction, (non) hydrostatic flow (2D/3D), salinity, temperature, (non) cohesive sediment transport, morphology, bed stratigraphy, water quality, ecology, structures & control, particle tracking, curvilinear multi-domain mesh in cartesian or spheric coord., online visualization, GUI.","authors":["Support Delft3D"],"user":"admin","time":1442847950234,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-b3gtiW2brm0C/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-k8jmg3s5PnkA","name":"Software-k8jmg3s5PnkA","type":"http://ontosoft.org/software#Software","label":"MARM5D","description":"Simulates soil evolution on three spatial dimensions, explicit particle size distribution and temporal dimension (hence 5D prefix) as a function of:\n1. Bedrock and soil physical weathering;\n2. Sediment transport by overland flow;\n3. Soil Creep (diffusion);\n4. Aeolian deposition.","authors":["Sagy Cohen"],"user":"admin","time":1442847934907,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-k8jmg3s5PnkA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-YORcZU2wERoo","name":"Software-YORcZU2wERoo","type":"http://ontosoft.org/software#Software","label":"Mars CAM","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Mars_CAM","authors":["Richard Urata"],"user":"admin","time":1442847935645,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-YORcZU2wERoo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-wjmWnfx6tjwi","name":"Software-wjmWnfx6tjwi","type":"http://ontosoft.org/software#Software","label":"WBM-WTM","description":"Gridded water balance model using climate input forcings that calculate surface and subsurface runoff and ground water recharge for each grid cell. The surface and subsurface runoff is propagated horizontally along a prescribed gridded network using Musking type horizontal transport.","authors":["Balazs Fekete"],"user":"admin","time":1442847946402,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-wjmWnfx6tjwi/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-UZz1Com2x0iK","name":"Software-UZz1Com2x0iK","type":"http://ontosoft.org/software#Software","label":"WACCM EE CHEM","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:WACCM_EE_CHEM","authors":["Feng Tian"],"user":"admin","time":1442847946060,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-UZz1Com2x0iK/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Zsndt4LLynM4","name":"Software-Zsndt4LLynM4","type":"http://ontosoft.org/software#Software","label":"NearCoM","description":"NearCoM predicts waves, currents, sediment transport and bathymetric change in the nearshore ocean, between the shoreline and about 10 m water depth. The model consists of a \"backbone\", i.e., the master program, handling data input and output as well as internal storage, together with a suite of ...","authors":["James Kirby"],"user":"admin","time":1442847936173,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Zsndt4LLynM4/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-17DqIkqTIEqJ","name":"Software-17DqIkqTIEqJ","type":"http://ontosoft.org/software#Software","label":"2DFLOWVEL","description":"2D unsteady nonlinear tidal & wind-driven coastal circulation","authors":["Rudy Slingerland"],"user":"admin","time":1442847947476,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-17DqIkqTIEqJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vfUXrTlXG5Dh","name":"Software-vfUXrTlXG5Dh","type":"http://ontosoft.org/software#Software","label":"WEPP","description":"The Water Erosion Prediction Project (WEPP) model is a process-based, distributed parameter, continuous simulation erosion prediction model for application to hillslope profiles and small watersheds. Interfaces to WEPP allow its application as a stand-alone Windows program, a GIS-system (ArcView,...","authors":["Dennis Flanagan"],"user":"admin","time":1442847946627,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vfUXrTlXG5Dh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-yUxwf7czej1E","name":"Software-yUxwf7czej1E","type":"http://ontosoft.org/software#Software","label":"RASCAL","description":"Simulates the evolution of landscapes consisting of patches of high-flow-resistance vegetation and low-flow-resistance vegetation as a result of surface-water flow, peat accretion, gravitationally driven erosion, and sediment transport by flow. Was developed for the freshwater Everglades but coul...","authors":["Laurel Larsen"],"user":"admin","time":1442847938356,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-yUxwf7czej1E/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-mOeZPcHd7V5N","name":"Software-mOeZPcHd7V5N","type":"http://ontosoft.org/software#Software","label":"TELEMAC","description":"The TELEMAC system is a powerful integrated modeling tool for use in the field of free-surface flows. The various simulation modules use high-capacity algorithms based on the finite-element method. Space is discretised in the form of an unstructured grid of triangular elements, which means that i...","authors":["Jean-Michel Hervouet"],"user":"admin","time":1442847943087,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-mOeZPcHd7V5N/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-2TJ3XeiIUhES","name":"Software-2TJ3XeiIUhES","type":"http://ontosoft.org/software#Software","label":"HEBEM","description":"The Hydrologically Enhanced Basin Evolution Model (HEBEM) is a combined hydrologic/geomorphic model. The hydrologic model simulates precipitation with variability, infiltration, evapotranspiration, overland flow, and groundwater flow, thus producing a spatially and temporally varying water discha...","authors":["Jeffrey Niemann"],"user":"admin","time":1442847932708,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-2TJ3XeiIUhES/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-aPYsJfDC3w0X","name":"Software-aPYsJfDC3w0X","type":"http://ontosoft.org/software#Software","label":"StreamPower","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:StreamPower","authors":["Jon Pelletier"],"user":"admin","time":1442847942468,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-aPYsJfDC3w0X/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hCgnRPhCH1rQ","name":"Software-hCgnRPhCH1rQ","type":"http://ontosoft.org/software#Software","label":"GMODEL","description":"A linear, shallow water (1.5 layer) model of the equatorial Pacific in the domain 30S-30N, 122E-292E on a 2x1 degree grid with realistic boundaries. The only dynamical field is thermocline depth. From this field the SST is computed with a simple SST-equation that is valid only in the eastern Paci...","authors":["Gerrit Burgers"],"user":"admin","time":1442847931233,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hCgnRPhCH1rQ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-pqE46RGxR8kT","name":"Software-pqE46RGxR8kT","type":"http://ontosoft.org/software#Software","label":"SWAT","description":"SWAT is the acronym for Soil and Water Assessment Tool, a river basin, or watershed, scale model developed by Dr. Jeff Arnold for the USDA Agricultural Research Service (ARS). SWAT was developed to predict the impact of land management practices on water, sediment and agricultural chemical yields...","authors":["Jeff Arnold"],"user":"admin","time":1442847941412,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-pqE46RGxR8kT/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-BIk3gqrURrKu","name":"Software-BIk3gqrURrKu","type":"http://ontosoft.org/software#Software","label":"TwoPhaseEulerSedFoam","description":"A multi-dimensional numerical model for sediment transport based on the two-phase\nflow formulation is developed. With closures of particle stresses and fluid-particle interaction,\nthe model is able to resolve processes in the concentrated region of sediment\ntransport and hence does not require co...","authors":["Zhen Cheng"],"user":"admin","time":1442847945523,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-BIk3gqrURrKu/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-N8Ze3VPbkXxz","name":"Software-N8Ze3VPbkXxz","type":"http://ontosoft.org/software#Software","label":"SLEPIAN Alpha","description":"Routines pertaining to the paper published as: doi: 10.1137/S0036144504445765","authors":["Frederik Simons"],"user":"admin","time":1442847940075,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-N8Ze3VPbkXxz/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-0MkRbh5RpkiL","name":"Software-0MkRbh5RpkiL","type":"http://ontosoft.org/software#Software","label":"GEOMBEST","description":"GEOMBEST is a morphological-behaviour model that simulates the evolution of coastal morphology and stratigraphy resulting from changes in sea level and sediment volume within the shoreface, barrier, and estuary.","authors":["Laura Moore"],"user":"admin","time":1442847930136,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-0MkRbh5RpkiL/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-0AshxjaBXzdo","name":"Software-0AshxjaBXzdo","type":"http://ontosoft.org/software#Software","label":"PSTSWM","description":"PSTSWM is a message-passing benchmark code and parallel algorithm testbed that solves the nonlinear shallow water equations on a rotating sphere using the spectral transform method. It is a parallel implementation of STSWM to generate reference solutions for the shallow water test cases.","authors":["Patrick Worley"],"user":"admin","time":1442847937117,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-0AshxjaBXzdo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Xx93worqN5JI","name":"Software-Xx93worqN5JI","type":"http://ontosoft.org/software#Software","label":"CMFT","description":"One dimensional model for the coupled long-term evolution of salt marshes and tidal flats. The model framework includes tidal currents, wind waves, sediment erosion and deposition, as well as the effect of vegetation on sediment dynamics. The model is used to explore the evolution of the marsh bo...","authors":["Giulio Mariotti"],"user":"admin","time":1442847948423,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Xx93worqN5JI/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Xo5YSObDIsbY","name":"Software-Xo5YSObDIsbY","type":"http://ontosoft.org/software#Software","label":"Avulsion","description":"Model stream avulsion as random walk","authors":["Eric Hutton"],"user":"admin","time":1442847941088,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Xo5YSObDIsbY/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-vrWECkEQM0nH","name":"Software-vrWECkEQM0nH","type":"http://ontosoft.org/software#Software","label":"Marsh column model","description":"A marsh column model designed to (ultimately) be inserted beneath spatially distributed marsh sedimentation models. Tracks surface biomass, subsurface root mass, carbon accumulation and decay (includes both labile and refractory carbon), inorganic sediments, and sediment compaction.","authors":["Simon Mudd"],"user":"admin","time":1442847935709,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-vrWECkEQM0nH/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-cEZsWKACPsXj","name":"Software-cEZsWKACPsXj","type":"http://ontosoft.org/software#Software","label":"FTCS2D-TerraceDiffusion","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FTCS2D-TerraceDiffusion","authors":["Jon Pelletier"],"user":"admin","time":1442847951701,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-cEZsWKACPsXj/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-iMVvgKSJ4bXq","name":"Software-iMVvgKSJ4bXq","type":"http://ontosoft.org/software#Software","label":"FractionalNoises2D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FractionalNoises2D","authors":["Jon Pelletier"],"user":"admin","time":1442847929765,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-iMVvgKSJ4bXq/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-NRbzVOUJgW9Q","name":"Software-NRbzVOUJgW9Q","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Infiltration-Smith-Parlange","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944890,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-NRbzVOUJgW9Q/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6ymxySZFIBmO","name":"Software-6ymxySZFIBmO","type":"http://ontosoft.org/software#Software","label":"GISS AOM","description":"The Atmosphere-Ocean Model is a computer program that simulates the Earth's climate in three dimensions on a gridded domain. The Model requires two kinds of input, specified parameters and prognostic variables, and generates two kinds of output, climate diagnostics and prognostic variables. The s...","authors":["David Rind"],"user":"admin","time":1442847931070,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6ymxySZFIBmO/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-xCFilOr84nXh","name":"Software-xCFilOr84nXh","type":"http://ontosoft.org/software#Software","label":"DROG3D","description":"DROG3D tracks passive drogues with given harmonic velocity field(s) in a 3-D finite element mesh","authors":["Brian Blanton"],"user":"admin","time":1442847950165,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-xCFilOr84nXh/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7iwPaPMMd131","name":"Software-7iwPaPMMd131","type":"http://ontosoft.org/software#Software","label":"RiverWFRisingBaseLevelNormal","description":"This program is a companion to the program SteadyStateAg, which computes the steady-state aggradation of a river with a specified base level rise at the downstream end. This program computes the time evolution toward steady-state aggradation.\n\nThe calculation assumes a specified, constant Chezy r...","authors":["Gary Parker"],"user":"admin","time":1442847939010,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7iwPaPMMd131/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-QQw0ULLwgqlA","name":"Software-QQw0ULLwgqlA","type":"http://ontosoft.org/software#Software","label":"SuspSedDensityStrat","description":"Calculation of Density Stratification Effects Associated with Suspended Sediment in Open Channels.\n\nThis program calculates the effect of sediment self-stratification on the streamwise velocity and suspended sediment concentration profiles in open-channel flow.\n\nTwo options are given. Either the ...","authors":["Gary Parker"],"user":"admin","time":1442847942864,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-QQw0ULLwgqlA/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GQgystQq16Qc","name":"Software-GQgystQq16Qc","type":"http://ontosoft.org/software#Software","label":"Eolian Dune Model","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Eolian_Dune_Model","authors":["Jon Pelletier"],"user":"admin","time":1442847951300,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GQgystQq16Qc/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-bXgUFV661ql0","name":"Software-bXgUFV661ql0","type":"http://ontosoft.org/software#Software","label":"MODFLOW","description":"MODFLOW is a three-dimensional finite-difference ground-water model that was first published in 1984. It has a modular structure that allows it to be easily modified to adapt the code for a particular application.  Many new capabilities have been added to the original model.  OFR 00-92 (complete ...","authors":["Paul Barlow"],"user":"admin","time":1442847935517,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-bXgUFV661ql0/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-O8dfba8jEAIK","name":"Software-O8dfba8jEAIK","type":"http://ontosoft.org/software#Software","label":"QUODDY","description":"The model is three-dimensional and fully nonlinear with a free surface, incorporates advanced turbulence closure, and operates in tidal time. Variable horizontal and vertical resolution are facilitated by the use of unstructured meshes of linear triangles in the horizontal, and structured linear ...","authors":["Kristina Lynch"],"user":"admin","time":1442847938172,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-O8dfba8jEAIK/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GwRLlNvHQkU3","name":"Software-GwRLlNvHQkU3","type":"http://ontosoft.org/software#Software","label":"RouseVanoniEquilibrium","description":"Rouse-Vanoni Equilibrium Suspended Sediment Profile Calculator","authors":["Gary Parker"],"user":"admin","time":1442847939083,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GwRLlNvHQkU3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-y1fVW5z2Oyre","name":"Software-y1fVW5z2Oyre","type":"http://ontosoft.org/software#Software","label":"Dionisos","description":"3D basin-scale stratigraphic model","authors":["Didier Granjeon"],"user":"admin","time":1442847950782,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-y1fVW5z2Oyre/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-MBkRkEeEpwbZ","name":"Software-MBkRkEeEpwbZ","type":"http://ontosoft.org/software#Software","label":"GravelSandTransition","description":"This model calculates the long profile of a river with a gravel-sand transition. The model uses two grain sizes: size Dg for gravel and size Ds for sand. The river is assumed to be in flood for the fraction of time Ifg for the gravel-bed reach and fraction Ifs for the sand-bed reach.  All sedimen...","authors":["Gary Parker"],"user":"admin","time":1442847932409,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-MBkRkEeEpwbZ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-fSPlpRaqycNd","name":"Software-fSPlpRaqycNd","type":"http://ontosoft.org/software#Software","label":"CosmoLand","description":"The model tracks both surface CRN concentration and concentration eroded off hillslopes into fluvial network in a simplified landscape undergoing both landslide erosion and more steady 'diffusive-like' erosion. Sediment mixing is allowed in the fluvial network. Code can be used to help successful...","authors":["Brian Yanites"],"user":"admin","time":1442847949427,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-fSPlpRaqycNd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-6wHhiXt7pFra","name":"Software-6wHhiXt7pFra","type":"http://ontosoft.org/software#Software","label":"FTCS1D-NonLinear","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:FTCS1D-NonLinear","authors":["Jon Pelletier"],"user":"admin","time":1442847951576,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-6wHhiXt7pFra/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-LgWJwKrcP2PU","name":"Software-LgWJwKrcP2PU","type":"http://ontosoft.org/software#Software","label":"MARSSIM","description":"A landform evolution model operating at the drainage basin or larger scale. Recent model development has targeted planetary applications.","authors":["Alan Howard"],"user":"admin","time":1442847934991,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-LgWJwKrcP2PU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-TF1AeyseSf1e","name":"Software-TF1AeyseSf1e","type":"http://ontosoft.org/software#Software","label":"WWTM","description":"The hydrodynamic module of WWTM solves the shallow water equations modified through the introduction of a refined sub-grid model of topography to deal with flooding and drying processes in irregular domains (Defina, 2000). The numerical model, which uses finite-element technique and discretizes t...","authors":["Luca Carniello"],"user":"admin","time":1442847947080,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-TF1AeyseSf1e/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-kn154WlEu1bd","name":"Software-kn154WlEu1bd","type":"http://ontosoft.org/software#Software","label":"Wetland3P","description":"The model simplifies the geometry of a backbarrier tidal basin with 3 variables: marsh depth, mudflat depth, mudflat width. These 3 variables are evolved by sediment redistribution driven by wave processes. Sediment are exchanged with the open ocean, which is an external reservoir. Organic sedime...","authors":["Giulio Mariotti"],"user":"admin","time":1442847947141,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-kn154WlEu1bd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-q7f8GbkDSzuY","name":"Software-q7f8GbkDSzuY","type":"http://ontosoft.org/software#Software","label":"ADCIRC","description":"ADCIRC is a system of computer programs for solving time dependent, free surface circulation and transport problems in two and three dimensions. These programs utilize the finite element method in space allowing the use of highly flexible, unstructured grids. Typical ADCIRC applications have incl...","authors":["Rick Luettich"],"user":"admin","time":1442847949000,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-q7f8GbkDSzuY/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-OzW6PDb20nna","name":"Software-OzW6PDb20nna","type":"http://ontosoft.org/software#Software","label":"TopoFlow-DEM Smoother","description":"This tool is used to creates a \"profile-smoothed\" DEM from an input DEM.","authors":["Scott Peckham"],"user":"admin","time":1442847944235,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-OzW6PDb20nna/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-gM46RYrJ4IFO","name":"Software-gM46RYrJ4IFO","type":"http://ontosoft.org/software#Software","label":"ECBILT-CLIO","description":"A modeling system consisting of a global, free-surface OGCM (CLIO) coupled to a comprehensive sea ice model and an AGCM (ECBILT). The CLIO model comprises a global, free-surface Ocean General Circulation Model (OGCM) coupled to a comprehensive sea ice model. The OGCM is a primitive equation model...","authors":["Gerard Schrier"],"user":"admin","time":1442847950988,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-gM46RYrJ4IFO/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-dP2AgjBL5IAU","name":"Software-dP2AgjBL5IAU","type":"http://ontosoft.org/software#Software","label":"SedPlume","description":"SedPlume is an integral model, solving the conservation equations of volume, momentum, buoyancy and sediment flux along the path of a turbulent plume injected into stably stratified ambient fluid. Sedimentation occurs from the plume when the radial component of the sediment fall velocity exceeds ...","authors":["Ruth Mugford"],"user":"admin","time":1442847941670,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-dP2AgjBL5IAU/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-JuRKCRfm4VvL","name":"Software-JuRKCRfm4VvL","type":"http://ontosoft.org/software#Software","label":"LONGPRO","description":"A program to calculate the dynamical evolution of a stream's longitudinal profile","authors":["Rudy Slingerland"],"user":"admin","time":1442847934453,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-JuRKCRfm4VvL/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hkN13MnvHsIo","name":"Software-hkN13MnvHsIo","type":"http://ontosoft.org/software#Software","label":"AgDegNormalSub","description":"This workbook computes the time evolution of a river toward steady state as it flows into a subsiding basin. The subsidence rate s is assumed to be constant in time and space. The sediment is assumed to be uniform with size D. A Manning-Strickler formulation is used for bed resistance. A generic ...","authors":["Gary Parker"],"user":"admin","time":1442847935948,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hkN13MnvHsIo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-GMeW2EHfUREZ","name":"Software-GMeW2EHfUREZ","type":"http://ontosoft.org/software#Software","label":"QTCM","description":"QTCMs are models of intermediate complexity suitable for the modeling of tropical climate and its variability. It occupies a niche among climate models between complex general circulation models and simple models.","authors":["David Neelin"],"user":"admin","time":1442847937997,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-GMeW2EHfUREZ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Atn8jHiu6E9J","name":"Software-Atn8jHiu6E9J","type":"http://ontosoft.org/software#Software","label":"SRH-1D","description":"SRH-1D (Sedimentation and River Hydraulics - One Dimension) is a one-dimensional mobile boundary hydraulic and sediment transport computer model for rivers and manmade canals. Simulation capabilities include steady or unsteady flows, river control structures, looped river networks, cohesive and n...","authors":["Blair Greimann"],"user":"admin","time":1442847940831,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Atn8jHiu6E9J/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-d5CehM4bFerZ","name":"Software-d5CehM4bFerZ","type":"http://ontosoft.org/software#Software","label":"D'Alpaos model","description":"Long-term ecomorphodynamic model of the initiation and development of tidal networks and of the adjacent marsh platform, accounting for vegetation influence and relative sea level rise effects","authors":["Andrea D'Alpaos"],"user":"admin","time":1442847949693,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-d5CehM4bFerZ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7inM0qLEPMxJ","name":"Software-7inM0qLEPMxJ","type":"http://ontosoft.org/software#Software","label":"BOM","description":"A three-dimensional hydrodynamic multi-purpose model for coastal and shelf seas, which is coupled to biological, resuspension and contaminant models, and resolves mesoscale to seasonal scale processes.","authors":["Jarle Berntsen"],"user":"admin","time":1442847943552,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7inM0qLEPMxJ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7jYmLuzaY5D3","name":"Software-7jYmLuzaY5D3","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Evaporation-Priestley Taylor","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944571,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7jYmLuzaY5D3/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-t0MaO19wVagd","name":"Software-t0MaO19wVagd","type":"http://ontosoft.org/software#Software","label":"SLEPIAN Echo","description":"Routines pertaining to the paper published as: doi: 10.1016/j.acha.2012.12.001","authors":["Alain Plattner"],"user":"admin","time":1442847940417,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-t0MaO19wVagd/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-7oqXalThpZkW","name":"Software-7oqXalThpZkW","type":"http://ontosoft.org/software#Software","label":"Coupled1D","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Coupled1D","authors":["Jon Pelletier"],"user":"admin","time":1442847949491,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-7oqXalThpZkW/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-J3gUyqI3tP1Q","name":"Software-J3gUyqI3tP1Q","type":"http://ontosoft.org/software#Software","label":"ChesROMS","description":"ChesROMS is a community ocean modeling system for the Chesapeake Bay region being developed by scientists in NOAA, University of Maryland, CRC (Chesapeake Research Consortium) and MD DNR (Maryland Department of Natural Resources) supported by the NOAA MERHAB program. The model is built based on t...","authors":["Wen Long"],"user":"admin","time":1442847949070,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-J3gUyqI3tP1Q/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-hwmArKCxV2i7","name":"Software-hwmArKCxV2i7","type":"http://ontosoft.org/software#Software","label":"SPHYSICS","description":"SPHysics is a Smoothed Particle Hydrodynamics (SPH) code written in fortran for the simulation of potentially violent free-surface hydrodynamics. For release version 1.0, the SPHysics code can simulate various phenomena including wave breaking, dam breaks, sloshing, sliding objects, wave impact o...","authors":["Robert Dalrymple"],"user":"admin","time":1442847940757,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-hwmArKCxV2i7/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-eIn2p8KJIKWL","name":"Software-eIn2p8KJIKWL","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Channels-Kinematic Wave","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model. The kinematic wave method (Lighthill and Whitham, 1955) is the simplest method for modeling flow in open channels. This method combines mass conservation with...","authors":["Scott Peckham"],"user":"admin","time":1442847944169,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-eIn2p8KJIKWL/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-Yrp8oYzIROzm","name":"Software-Yrp8oYzIROzm","type":"http://ontosoft.org/software#Software","label":"TISC","description":"TISC is a computer program that simulates the evolution of 3D large-scale sediment transport together with tectonic deformation and lithospheric vertical movements on geological time scales. Particular attention is given to foreland sedimentary basin settings. TISC (formerly called tao3D) stands ...","authors":["Daniel Garcia Castellanos"],"user":"admin","time":1442847943164,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-Yrp8oYzIROzm/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-OHYCe3enajeQ","name":"Software-OHYCe3enajeQ","type":"http://ontosoft.org/software#Software","label":"TopoFlow-Meteorology","description":"This process component is part of a spatially-distributed hydrologic model called TopoFlow, but it can now be used as a stand-alone model.","authors":["Scott Peckham"],"user":"admin","time":1442847944972,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-OHYCe3enajeQ/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-RJ3Wr9BaJNP8","name":"Software-RJ3Wr9BaJNP8","type":"http://ontosoft.org/software#Software","label":"Terrapin","description":"Terrapin (or TerraPIN) stands for \"Terraces put into Numerics\". It is a module that generates the expected terraces, both strath and fill, from prescribed river aggradation and degradation.","authors":["Andy Wickert"],"user":"admin","time":1442847943780,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-RJ3Wr9BaJNP8/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-UneBQXkQrvRo","name":"Software-UneBQXkQrvRo","type":"http://ontosoft.org/software#Software","label":"STSWM","description":"The model is related to the numerical solution of the shallow water equations in spherical geometry. The shallow water equations are used as a kernel for both oceanic and atmospheric general circulation models and are of interest in evaluating numerical methods for weather forecasting and climate...","authors":["James Hack"],"user":"admin","time":1442847940959,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-UneBQXkQrvRo/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-iFstf5ViNAft","name":"Software-iFstf5ViNAft","type":"http://ontosoft.org/software#Software","label":"GOLEM","description":"Landscape evolution model. Computes evolution of topography under the action of rainfall and tectonics.","authors":["Greg Tucker"],"user":"admin","time":1442847931467,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-iFstf5ViNAft/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-qbQMGz9rVz5I","name":"Software-qbQMGz9rVz5I","type":"http://ontosoft.org/software#Software","label":"CarboLOT","description":"The carbonate production is modelled according to organism growth and survival rates moderated by habitat suitability (chiefly light, temperature, nutrient). The environmental inputs are extracted from global databases. At the seabed the model's vertical zonation allows for underground (diageneti...","authors":["Chris Jenkins"],"user":"admin","time":1442847948811,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-qbQMGz9rVz5I/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-cc83paGGapSE","name":"Software-cc83paGGapSE","type":"http://ontosoft.org/software#Software","label":"Channel-Oscillation","description":"Initial metadata was retrieved from http://csdms.colorado.edu/wiki/Model:Channel-Oscillation","authors":["Jon Pelletier"],"user":"admin","time":1442847948934,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-cc83paGGapSE/permission","owners":[],"type":null,"authorizations":{}}},{"id":"http://csdms.ontosoft.org/repository/software/Software-ZVIVGc7sEp1c","name":"Software-ZVIVGc7sEp1c","type":"http://ontosoft.org/software#Software","label":"Acronym1D","description":"Acronym1D is an add on to Acronym1R in that it adds a flow duration curve to Acronym1R, which computes the volume bedload transport rate per unit width and bedload grain size distribution from a specified surface grain size distribution (with sand removed).","authors":["Gary Parker"],"user":"admin","time":1442847951237,"updateUser":null,"updateTime":0,"permission":{"id":"http://csdms.ontosoft.org/repository/software/Software-ZVIVGc7sEp1c/permission","owners":[],"type":null,"authorizations":{}}}]