Universidade Federal do Rio Grande do Sul Instituto de Pesquisas Hidráulicas – IPH IPH-ECO: A complex dynamic model for aquatic ecosystems A Limnologist Friendly Interface David da Motta Marques Carlos Ruberto Fragoso Jr. Walter Collischonn
A Limnologist Friendly Interface for IPH-ECO Organize the work Know what to do next
A Limnologist Friendly Interface for IPH-ECO
A Limnologist Friendly Interface for IPH-ECO Welcome window
A Limnologist Friendly Interface for IPH-ECO Making a new project
A Limnologist Friendly Interface for IPH-ECO Making a new project
A Limnologist Friendly Interface for IPH-ECO Making a new project
A Limnologist Friendly Interface for IPH-ECO Making a new project
A Limnologist Friendly Interface for IPH-ECO Making a new project
Opening an existing project A Limnologist Friendly Interface for IPH-ECO Opening an existing project
Opening an existing project A Limnologist Friendly Interface for IPH-ECO Opening an existing project
A Limnologist Friendly Interface for IPH-ECO Saving a project
A Limnologist Friendly Interface for IPH-ECO Changing properties
Changing project properties A Limnologist Friendly Interface for IPH-ECO Changing project properties
Choosing simulation preferences A Limnologist Friendly Interface for IPH-ECO Choosing simulation preferences
Choosing simulation preferences A Limnologist Friendly Interface for IPH-ECO Choosing simulation preferences
A Limnologist Friendly Interface for IPH-ECO Setting parameters
A Limnologist Friendly Interface for IPH-ECO Setting parameters
A Limnologist Friendly Interface for IPH-ECO Setting parameters
Defining initial conditions A Limnologist Friendly Interface for IPH-ECO Defining initial conditions
Defining initial conditions A Limnologist Friendly Interface for IPH-ECO Defining initial conditions
A Limnologist Friendly Interface for IPH-ECO Defining geometry
Defining a new geometry file A Limnologist Friendly Interface for IPH-ECO Defining a new geometry file
Importing a geometry file A Limnologist Friendly Interface for IPH-ECO Importing a geometry file
Defining boundary conditions A Limnologist Friendly Interface for IPH-ECO Defining boundary conditions
Defining boundary conditions A Limnologist Friendly Interface for IPH-ECO Defining boundary conditions
A Limnologist Friendly Interface for IPH-ECO by a coordinate…
A Limnologist Friendly Interface for IPH-ECO Through the map…
A Limnologist Friendly Interface for IPH-ECO Through the map…
A Limnologist Friendly Interface for IPH-ECO Through the map…
A Limnologist Friendly Interface for IPH-ECO Through the map…
A Limnologist Friendly Interface for IPH-ECO Through the map…
Defining environmental variables A Limnologist Friendly Interface for IPH-ECO Defining environmental variables
Defining environmental variables A Limnologist Friendly Interface for IPH-ECO Defining environmental variables
A Limnologist Friendly Interface for IPH-ECO by constant value…
A Limnologist Friendly Interface for IPH-ECO by a sinoidal pattern…
Adding new time series… A Limnologist Friendly Interface for IPH-ECO Adding new time series…
Adding new time series… A Limnologist Friendly Interface for IPH-ECO Adding new time series…
Adding new time series… A Limnologist Friendly Interface for IPH-ECO Adding new time series…
Adding new time series… A Limnologist Friendly Interface for IPH-ECO Adding new time series…
ASCII time series files A Limnologist Friendly Interface for IPH-ECO ASCII time series files
You can model water temperature A Limnologist Friendly Interface for IPH-ECO You can model water temperature
Defining model outcomes A Limnologist Friendly Interface for IPH-ECO Defining model outcomes
Defining model outcomes A Limnologist Friendly Interface for IPH-ECO Defining model outcomes
Defining model outcomes A Limnologist Friendly Interface for IPH-ECO Defining model outcomes
A Limnologist Friendly Interface for IPH-ECO Selecting a category…
Selecting a model output… A Limnologist Friendly Interface for IPH-ECO Selecting a model output…
A Limnologist Friendly Interface for IPH-ECO Simulation settings
A Limnologist Friendly Interface for IPH-ECO Simulation settings
A Limnologist Friendly Interface for IPH-ECO Type of simulation
Initial day, simulation time and time step A Limnologist Friendly Interface for IPH-ECO Initial day, simulation time and time step
Vertical discretization A Limnologist Friendly Interface for IPH-ECO Vertical discretization
A Limnologist Friendly Interface for IPH-ECO Run the model
Model outcomes (Intel Array Visualizer) A Limnologist Friendly Interface for IPH-ECO Model outcomes (Intel Array Visualizer)
A Limnologist Friendly Interface for IPH-ECO Water velocities
A Limnologist Friendly Interface for IPH-ECO Make a zoom!!!
See spatial heterogeneity of the variables A Limnologist Friendly Interface for IPH-ECO See spatial heterogeneity of the variables
A Limnologist Friendly Interface for IPH-ECO In all dimensions!!!
A Limnologist Friendly Interface for IPH-ECO Also in 3D slices
You can see and copy data as well A Limnologist Friendly Interface for IPH-ECO You can see and copy data as well
You can save Images in different formats A Limnologist Friendly Interface for IPH-ECO You can save Images in different formats
Additional tools Sensitivity analysis of the parameters A Limnologist Friendly Interface for IPH-ECO Additional tools Sensitivity analysis of the parameters Watershed modelling (IPH II and build-up/washoff algorithm) Automatic calibration using Genetic Algorithm Alternative steady states Connection with GLEON dbBadger
New Stuff Near-real time forecasting A Limnologist Friendly Interface for IPH-ECO New Stuff Near-real time forecasting Integrating Weather and Climate Modelling Output Network modelling Data mining