1. 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

2. A Limnologist Friendly Interface for IPH-ECO
Organize the work
Know what to do next

3. A Limnologist Friendly Interface for IPH-ECO

4. A Limnologist Friendly Interface for IPH-ECO
Welcome window

5. A Limnologist Friendly Interface for IPH-ECO
Making a new project

6. A Limnologist Friendly Interface for IPH-ECO
Making a new project

7. A Limnologist Friendly Interface for IPH-ECO
Making a new project

8. A Limnologist Friendly Interface for IPH-ECO
Making a new project

9. A Limnologist Friendly Interface for IPH-ECO
Making a new project

10. Opening an existing project
A Limnologist Friendly Interface for IPH-ECO
Opening an existing project

11. Opening an existing project
A Limnologist Friendly Interface for IPH-ECO
Opening an existing project

12. A Limnologist Friendly Interface for IPH-ECO
Saving a project

13. A Limnologist Friendly Interface for IPH-ECO
Changing properties

14. Changing project properties
A Limnologist Friendly Interface for IPH-ECO
Changing project properties

15. Choosing simulation preferences
A Limnologist Friendly Interface for IPH-ECO
Choosing simulation preferences

16. Choosing simulation preferences
A Limnologist Friendly Interface for IPH-ECO
Choosing simulation preferences

17. A Limnologist Friendly Interface for IPH-ECO
Setting parameters

18. A Limnologist Friendly Interface for IPH-ECO
Setting parameters

19. A Limnologist Friendly Interface for IPH-ECO
Setting parameters

20. Defining initial conditions
A Limnologist Friendly Interface for IPH-ECO
Defining initial conditions

21. Defining initial conditions
A Limnologist Friendly Interface for IPH-ECO
Defining initial conditions

22. A Limnologist Friendly Interface for IPH-ECO
Defining geometry

23. Defining a new geometry file
A Limnologist Friendly Interface for IPH-ECO
Defining a new geometry file

24. Importing a geometry file
A Limnologist Friendly Interface for IPH-ECO
Importing a geometry file

25. Defining boundary conditions
A Limnologist Friendly Interface for IPH-ECO
Defining boundary conditions

26. Defining boundary conditions
A Limnologist Friendly Interface for IPH-ECO
Defining boundary conditions

27. A Limnologist Friendly Interface for IPH-ECO
by a coordinate…

28. A Limnologist Friendly Interface for IPH-ECO
Through the map…

29. A Limnologist Friendly Interface for IPH-ECO
Through the map…

30. A Limnologist Friendly Interface for IPH-ECO
Through the map…

31. A Limnologist Friendly Interface for IPH-ECO
Through the map…

32. A Limnologist Friendly Interface for IPH-ECO
Through the map…

33. Defining environmental variables
A Limnologist Friendly Interface for IPH-ECO
Defining environmental variables

34. Defining environmental variables
A Limnologist Friendly Interface for IPH-ECO
Defining environmental variables

35. A Limnologist Friendly Interface for IPH-ECO
by constant value…

36. A Limnologist Friendly Interface for IPH-ECO
by a sinoidal pattern…

37. Adding new time series…
A Limnologist Friendly Interface for IPH-ECO
Adding new time series…

38. Adding new time series…
A Limnologist Friendly Interface for IPH-ECO
Adding new time series…

39. Adding new time series…
A Limnologist Friendly Interface for IPH-ECO
Adding new time series…

40. Adding new time series…
A Limnologist Friendly Interface for IPH-ECO
Adding new time series…

41. ASCII time series files
A Limnologist Friendly Interface for IPH-ECO
ASCII time series files

42. You can model water temperature
A Limnologist Friendly Interface for IPH-ECO
You can model water temperature

43. Defining model outcomes
A Limnologist Friendly Interface for IPH-ECO
Defining model outcomes

44. Defining model outcomes
A Limnologist Friendly Interface for IPH-ECO
Defining model outcomes

45. Defining model outcomes
A Limnologist Friendly Interface for IPH-ECO
Defining model outcomes

46. A Limnologist Friendly Interface for IPH-ECO
Selecting a category…

47. Selecting a model output…
A Limnologist Friendly Interface for IPH-ECO
Selecting a model output…

48. A Limnologist Friendly Interface for IPH-ECO
Simulation settings

49. A Limnologist Friendly Interface for IPH-ECO
Simulation settings

50. A Limnologist Friendly Interface for IPH-ECO
Type of simulation

51. Initial day, simulation time and time step
A Limnologist Friendly Interface for IPH-ECO
Initial day, simulation time and time step

52. Vertical discretization
A Limnologist Friendly Interface for IPH-ECO
Vertical discretization

53. A Limnologist Friendly Interface for IPH-ECO
Run the model

54. Model outcomes (Intel Array Visualizer)
A Limnologist Friendly Interface for IPH-ECO
Model outcomes (Intel Array Visualizer)

55. A Limnologist Friendly Interface for IPH-ECO
Water velocities

56. A Limnologist Friendly Interface for IPH-ECO
Make a zoom!!!

57. See spatial heterogeneity of the variables
A Limnologist Friendly Interface for IPH-ECO
See spatial heterogeneity of the variables

58. A Limnologist Friendly Interface for IPH-ECO
In all dimensions!!!

59. A Limnologist Friendly Interface for IPH-ECO
Also in 3D slices

60. You can see and copy data as well
A Limnologist Friendly Interface for IPH-ECO
You can see and copy data as well

61. You can save Images in different formats
A Limnologist Friendly Interface for IPH-ECO
You can save Images in different formats

62. 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

63. 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