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IPH-ECO: A complex dynamic model for aquatic ecosystems A Limnologist Friendly Interface David da Motta Marques Carlos Ruberto Fragoso Jr. Walter Collischonn.

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Presentation on theme: "IPH-ECO: A complex dynamic model for aquatic ecosystems A Limnologist Friendly Interface David da Motta Marques Carlos Ruberto Fragoso Jr. Walter Collischonn."— Presentation transcript:

1 IPH-ECO: A complex dynamic model for aquatic ecosystems A Limnologist Friendly Interface David da Motta Marques Carlos Ruberto Fragoso Jr. Walter Collischonn Universidade Federal do Rio Grande do Sul Instituto de Pesquisas Hidráulicas – IPH

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 Welcome window A Limnologist Friendly Interface for IPH-ECO

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

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

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

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

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

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

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

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

13 Changing properties A Limnologist Friendly Interface for IPH-ECO

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

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

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

17 Setting parameters A Limnologist Friendly Interface for IPH-ECO

18 Setting parameters A Limnologist Friendly Interface for IPH-ECO

19 Setting parameters A Limnologist Friendly Interface for IPH-ECO

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

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

22 Defining geometry A Limnologist Friendly Interface for IPH-ECO

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

48 Simulation settings A Limnologist Friendly Interface for IPH-ECO

49 Simulation settings A Limnologist Friendly Interface for IPH-ECO

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

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

52 Vertical discretization A Limnologist Friendly Interface for IPH-ECO

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

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

55 Water velocities A Limnologist Friendly Interface for IPH-ECO

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

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

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

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

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

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

62 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 A Limnologist Friendly Interface for IPH-ECO

63 New Stuff Near-real time forecasting Integrating Weather and Climate Modelling Output Network modelling Data mining A Limnologist Friendly Interface for IPH-ECO


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