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A list of all pages that have property "Describe input parameters model" with value "paleo-landscape, paleo-climate, plate reconstruction". Since there have been only a few results, also nearby values are displayed.

Showing below up to 18 results starting with #1.

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  • Model:TaylorNonLinearDiffuser  + (grid: ModelGrid<br> Landlab ModelGri … grid: ModelGrid<br></br>Landlab ModelGrid object</br></br>linear_diffusivity: float, optional<br></br>Hillslope diffusivity, m**2/yr</br>Default = 1.0</br></br>slope_crit: float, optional<br></br>Critical slope</br>Default = 1.0</br></br>nterms: int, optional. default = 2<br></br>number of terms in the Taylor expansion.</br>Two terms (Default) gives the behavior described in Ganti et al. (2012).</br></br>dynamic_dt : boolean (optional, default is False)<br></br>Keyword argument to turn on or off dynamic time-stepping.</br></br>if_unstable : string (optional, default is "pass")<br></br>Keyword argument to determine how potential instability due to slopes that are too high is handled. Options are "pass", "warn", and "raise".</br></br>courant_factor : float (optional, default = 0.2)<br></br>Factor to identify stable time-step duration when using dynamic timestepping.br> Factor to identify stable time-step duration when using dynamic timestepping.)
  • Model:Vegetation  + (grid: RasterModelGrid<br> A grid. B … grid: RasterModelGrid<br></br>A grid.</br></br>Blive_init: float, optional<br></br>Initial value for vegetation__live_biomass. Converted to field.</br></br>Bdead_init: float, optional<br></br>Initial value for vegetation__dead_biomass. Coverted to field.</br></br>ETthreshold_up: float, optional<br></br>Potential Evapotranspiration (PET) threshold for growing season (mm/d).</br></br>ETthreshold_down: float, optional<br></br>PET threshold for dormant season (mm/d).</br></br>Tdmax: float, optional<br></br>Constant for dead biomass loss adjustment (mm/d).</br></br>w: float, optional<br></br>Conversion factor of CO2 to dry biomass (Kg DM/Kg CO2).</br></br>WUE: float, optional<br></br>Water Use Efficiency - ratio of water used in plant water lost by the plant through transpiration (KgCO2Kg-1H2O).</br></br>LAI_max: float, optional<br></br>Maximum leaf area index (m2/m2).</br></br>cb: float, optional<br></br>Specific leaf area for green/live biomass (m2 leaf g-1 DM).</br></br>cd: float, optional<br></br>Specific leaf area for dead biomass (m2 leaf g-1 DM).</br></br>ksg: float, optional<br></br>Senescence coefficient of green/live biomass (d-1).</br></br>kdd: float, optional<br></br>Decay coefficient of aboveground dead biomass (d-1).</br></br>kws: float, optional<br></br>Maximum drought induced foliage loss rate (d-1).</br></br>method: str<br></br>Method name.</br></br>Tr: float, optional<br></br>Storm duration (hours).</br></br>Tb: float, optional<br></br>Inter-storm duration (hours).</br></br>PETthreshold_switch: int, optional<br></br>Flag to indiate the PET threshold. This controls whether the threshold is for growth (1) or dormancy (any other value).witch: int, optional<br> Flag to indiate the PET threshold. This controls whether the threshold is for growth (1) or dormancy (any other value).)
  • Model:VegCA  + (grid: RasterModelGrid<br> A grid. P … grid: RasterModelGrid<br></br>A grid.</br></br>Pemaxg: float, optional<br></br>Maximal establishment probability of grass.</br></br>ING: float, optional<br></br>Parameter to define allelopathic effect of creosote on grass.</br></br>ThetaGrass: float, optional<br></br>Drought resistance threshold of grass.</br></br>PmbGrass: float, optional<br></br>Background mortality probability of grass.</br></br>Pemaxsh: float, optional<br></br>Maximal establishment probability of shrub.</br></br>ThetaShrub: float, optional<br></br>Drought resistance threshold of shrub.</br></br>PmbShrub: float, optional<br></br>Background mortality probability of shrub.</br></br>tpmaxShrub: float, optional<br></br>Maximum age of shrub (years).</br></br>Pemaxtr: float, optional<br></br>Maximal establishment probability of tree.</br></br>Thetatree: float, optional<br></br>Drought resistance threshold of tree.</br></br>PmbTree: float, optional<br></br>Background mortality probability of tree.</br></br>tpmaxTree: float, optional<br></br>Maximum age of tree (years).</br></br>ThetaShrubSeedling: float, optional<br></br>Drought resistance threshold of shrub seedling.</br></br>PmbShrubSeedling: float, optional<br></br>Background mortality probability of shrub seedling.</br></br>tpmaxShrubSeedling: float, optional<br></br>Maximum age of shrub seedling (years).</br></br>ThetaTreeSeedling: float, optional<br></br>Drought resistance threshold of tree seedling.</br></br>PmbTreeSeedling: float, optional<br></br>Background mortality probability of tree seedling.</br></br>tpmaxTreeSeedling: float, optional<br></br>Maximum age of tree seedling (years).</br></br>method: str, optional<br></br>Method used.</br></br>Edit_VegCov: bool, optional<br></br>If Edit_VegCov=True, an optional field 'vegetation__boolean_vegetated' will be output, (i.e.) if a cell is vegetated the corresponding cell of the </br>field will be 1, otherwise it will be 0. an optional field 'vegetation__boolean_vegetated' will be output, (i.e.) if a cell is vegetated the corresponding cell of the field will be 1, otherwise it will be 0.)
  • Model:PotentialEvapotranspiration  + (grid: RasterModelGrid<br> A grid. m … grid: RasterModelGrid<br></br>A grid.</br></br>method: {'Constant', 'PriestleyTaylor', 'MeasuredRadiationPT', 'Cosine'}, optional<br></br>Priestley Taylor method will spit out radiation outputs too.</br></br>priestley_taylor_constant: float, optional<br></br>Alpha used in Priestley Taylor method.</br></br>albedo: float, optional<br></br>Albedo.</br></br>latent_heat_of_vaporization: float, optional<br></br>Latent heat of vaporization for water Pwhv (Wd/(m*mm^2)).</br></br>psychometric_const: float, optional<br></br>Psychometric constant (kPa (deg C)^-1).</br></br>stefan_boltzmann_const: float, optional<br></br>Stefan Boltzmann's constant (W/(m^2K^-4)).</br></br>solar_const: float, optional<br></br>Solar constant (W/m^2).</br></br>latitude: float, optional<br></br>Latitude (radians).</br></br>elevation_of_measurement: float, optional<br></br>Elevation at which measurement was taken (m).</br></br>adjustment_coeff: float, optional<br></br>adjustment coeff to predict Rs from air temperature (deg C)^-0.5.</br></br>lt: float, optional<br></br>lag between peak TmaxF and solar forcing (days).</br></br>nd: float, optional<br></br>Number of days in year (days).</br></br>MeanTmaxF: float, optional<br></br>Mean annual rate of TmaxF (mm/d).</br></br>delta_d: float, optional<br></br>Calibrated difference between max & min daily TmaxF (mm/d).</br></br>current_time: float, required only for 'Cosine' method<br></br>Current time (Years)</br></br>const_potential_evapotranspiration: float, optional for 'Constant' method<br></br>Constant PET value to be spatially distributed.</br></br>Tmin: float, required for 'Priestley Taylor' method<br></br>Minimum temperature of the day (deg C)</br></br>Tmax: float, required for 'Priestley Taylor' method<br></br>Maximum temperature of the day (deg C)</br></br>Tavg: float, required for 'Priestley Taylor' and 'MeasuredRadiationPT' methods<br></br>Average temperature of the day (deg C)</br></br>obs_radiation float, required for 'MeasuredRadiationPT' method<br></br>Observed radiation (W/m^2)edRadiationPT' methods<br> Average temperature of the day (deg C) obs_radiation float, required for 'MeasuredRadiationPT' method<br> Observed radiation (W/m^2))
  • Model:Radiation  + (grid: RasterModelGrid<br> A grid. m … grid: RasterModelGrid<br></br>A grid.</br></br>method: {'Grid'}, optional<br></br>Currently, only default is available.</br></br>cloudiness: float, optional<br></br>Cloudiness.</br></br>latitude: float, optional<br></br>Latitude (radians).</br></br>albedo: float, optional<br></br>Albedo.</br></br>solar_constant: float, optional<br></br>Solar Constant (W/m^2).</br></br>clearsky_turbidity: float, optional<br></br>Clear sky turbidity.</br></br>opt_airmass: float, optional<br></br>Optical air mass.</br></br>current_time: float<br></br>Current time (years).</br> </br>hour: float, optional<br></br>Hour of the day. Default is 12 (solar noon); Current time (years). hour: float, optional<br> Hour of the day. Default is 12 (solar noon))
  • Model:SoilMoisture  + (grid: RasterModelGrid<br> A grid. r … grid: RasterModelGrid<br></br>A grid.</br></br>runon: float, optional<br></br>Runon from higher elevation (mm).</br></br>f_bare: float, optional<br></br>Fraction to partition PET for bare soil (None).</br></br>soil_ew: float, optional<br></br>Residual Evaporation after wilting (mm/day).</br></br>intercept_cap: float, optional<br></br>Plant Functional Type (PFT) specific full canopy interception capacity.</br></br>zr: float, optional<br></br>Root depth (m).</br></br>I_B: float, optional<br></br>Infiltration capacity of bare soil (mm/h).</br></br>I_V: float, optional<br></br>Infiltration capacity of vegetated soil (mm/h).</br></br>pc: float, optional<br></br>Soil porosity (None).</br></br>fc: float, optional<br></br>Soil saturation degree at field capacity (None).</br></br>sc: float, optional<br></br>Soil saturation degree at stomatal closure (None).</br></br>wp: float, optional<br></br>Soil saturation degree at wilting point (None).</br></br>hgw: float, optional<br></br>Soil saturation degree at hygroscopic point (None).</br></br>beta: float, optional<br></br>Deep percolation constant = 2*b+3 where b is water retention (None).</br></br>LAI_max: float, optional<br></br>Maximum leaf area index (m^2/m^2).</br></br>LAIR_max: float, optional<br></br>Reference leaf area index (m^2/m^2).</br></br>method: str<br></br>Method used</br></br>Tr: float, optional<br></br>Storm duration (hours).</br></br>Tb: float, optional<br></br>Inter-storm duration (hours).</br></br>current_time: float<br></br>Current time (years).loat, optional<br> Storm duration (hours). Tb: float, optional<br> Inter-storm duration (hours). current_time: float<br> Current time (years).)
  • Model:FireGenerator  + (grid: landlab model grid<br><br&g … grid: landlab model grid<br><br></br>mean_fire_recurrence : float<br></br>Average time between fires for a given location<br><br></br>shape_parameter : float<br></br>Describes the skew of the Weibull distribution.<br></br>If shape < 3.5, data skews left.<br></br>If shape == 3.5, data is normal.<br></br>If shape > 3.5, data skews right.<br><br></br>scale_parameter : float, optional<br></br>Describes the peak of the Weibull distribution, located at the</br>63.5% value of the cumulative distribution function. If unknown,</br>it can be found using mean fire recurrence value and the</br>get_scale_parameter().ative distribution function. If unknown, it can be found using mean fire recurrence value and the get_scale_parameter().)
  • Model:GeoClaw  + (http://www.clawpack.org/setrun_geoclaw.html http://www.clawpack.org/topo.html)
  • Model:PRMS  + (http://wwwbrr.cr.usgs.gov/projects/SW_MoWS/software/oui_and_mms_s/prms.shtml)
  • Model:WACCM-CARMA  + (hundreds of physical parameters)
  • Model:GreenAmptInfiltrationModel  + (hydraulic conductivity, time resolution, rainfall intensity, the change in the moisture content, wetting front soil suction head)
  • Model:SIMSAFADIM  + (initial basin configuration, boundary conditions for fluid flow and sediment input, conditions for carbonate producing organisms, sea level changes, temporal changes in boundary conditions)
  • Model:PISM  + (initial bedrock and glacier topographies, geothermal heat flux, and climate forcing)
  • Model:Cliffs  + (integer - type of coordinates (1 - cartesi … integer - type of coordinates (1 - cartesian, otherwise-spherical)</br>DEM file name</br>number of grids enclosed in Master grid</br>enclosed DEMs file names if any</br>still sea threshold</br>minimal flow depth</br>friction coefficient</br>topo flag: 0-wall, otherwise - land inundation</br>depth to place vertical wall, if any</br>time step </br>total amount of steps </br>integer - apply initial deformation to bottom or sea surface</br>integer - flag to continue or stop after input stops (0 for interrupt)</br>number of steps between screenshots</br>number to subsample screenshots in x</br>number to subsample screenshots in y</br>number of timesteps between saving boundary feed to enclosed grids</br>number of steps between maxwave updates</br>number of virtual gages</br>steps between outputs in gage time histories</br>i,j indexes of gage locations on the grid i,j indexes of gage locations on the grid)
  • Model:Demeter  + (land class info,)
  • Model:YANGs  + (mean bed shear stress, median bed grain size)
  • Model:GrainHill  + (model_type: 'grainhill', 'block', or 'face … model_type: 'grainhill', 'block', or 'facet' (default 'grainhill')</br>number_of_node_rows: # rows</br>number_of_node_columns: # columns</br>cell_width: width of grid cells, m</br>grav_accel: gravitational acceleration, m/s2</br>friction_coef: dimensionless friction factor, 0 to 1</br>run_duration: duration of run, years</br>uplift_interval: time interval between uplift events, years</br>dissolution_rate: (facet only) rate coefficient for dissolution, 1/years</br>disturbance_rate: frequency parameter for soil disturbance, 1/years</br>weathering_rate: frequency parameter for rock weathering, 1/years</br>rock_state_for_uplift: type of material added at base during uplift (7=soil, 8=rock)</br>block_layer_dip_angle: ('block' only) dip angle for layer made of blocks</br>block_layer_thickness: ('block' only) thickness, in cells, of layer</br>layer_left_x: ('block' only) x coordinate of left edge of layer</br>y0_top: ('block' only) if block option selected, y coordinate of top of layer at x=0</br>fault_x: ('facet' only) x location of fault trace at y=0, m</br>baselevel_rise_interval: ('facet' only) rate of left-side baselevel rise, m/yr</br>opt_rock_collapse: option to have rock cells collapse when undermined</br>save_plots: whether to save any plots to file (True or False)</br>plot_filename: base name for plot files, if used</br>plot_filetype: filename extension for plots (default '.png')</br>plot_interval: interval between plots, years</br>output_interval: interval between file output, years</br>report_interval: real-time interval for reporting on screen, seconds interval for reporting on screen, seconds)
  • Model:ModelParameterDictionary  + (n/a)
  • Model:Gospl  + (paleo-landscape, paleo-climate, plate reconstruction)
  • Model:RiverSynth  + (reach averaged bankfull width, slope, grain size, shields parameter, control function parameters)
  • Model:XBeach  + (rectilinear grid, bathymetry, boundary spectral parameters, water levels, sediment sizes, model parameters)
  • Model:PyRiverBed  + (river centerline XY coordinates)
  • Model:Mosartwmpy  + (river channel network, runoff, water demand, reservoir operations)
  • Model:MODFLOW 6  + (see MODFLOW 6 Description of Input/Output at https://water.usgs.gov/water-resources/software/MODFLOW-6)
  • Model:TAo  + (see documentation along with source code, also available here: https://sites.google.com/site/daniggcc/software/tao)
  • Model:TISC  + (see software documentation)
  • Model:OTEQ  + (see user documentation)
  • Model:OTIS  + (see user documentation on website)
  • Model:LinearDiffuser  + (soil creep coefficient; initial topography)
  • Model:FineSed3D  + (start time step, number of time steps to run, settling velocity, Reynolds number, see more details in the user manual.)
  • Model:Sedtrans05  + (water depth, current speed at height z, current direction, wave height, wave period, wave direction, median grain-size, bed slope, sediment density, salinity, temperature)
  • Model:WAVEWATCH III ^TM  + (wind at 10m, air-sea temperature difference, ice concentration, curents and water levels (bathymetry))
  • Model:Auto marsh  + (wind waves, soil resistance / shear strength)
  • Model:Symphonie  + (wind, air temperature, humidity, pressure, solar and infrared radiation. Oceanic fields from OGCM for initial and boundary conditions)
  • Model:Badlands  + (xml input file calling ASCII files)
  • Model:ZoneTaxon  + (zones : list of Zones<br> The initia … zones : list of Zones<br></br>The initial SpeciesEvolver Zones where the taxon is located.</br></br>parent : Taxon, optional<br></br>A SpeciesEvolver taxon that is the parent taxon. The default value, 'None' indicates no parent.</br></br>time_to_allopatric_speciation : float, int, optional<br></br>The delay in model time to speciate following taxon geographic fragmentation, indicated by multiple objects in the attribute, ``zones``. Speciation </br>occurs at the time step when the delay is reached or exceeded. The default value of 0 indicates speciation occurs at the same time step as geographic </br>fragmentation.</br></br>persists_post_speciation : boolean, optional<br></br>When 'True', the default, taxon persists despite speciation. When 'False' and following speciation, the taxon is no longer extant.n 'False' and following speciation, the taxon is no longer extant.)
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