What is Dinamica EGO?

Dinamica EGO consists of a sophisticated platform for environmental modeling with outstanding possibilities for the design from the very simple static spatial model to very complex dynamic ones, which can ultimately involve nested iterations, multi-transitions, dynamic feedbacks, multi-region and multi-scale approach, decision processes for bifurcating and joining execution pipelines, and a series of complex spatial algorithms for the analysis and simulation of space-time phenomena.

The latest version of Dinamica EGO features a new graphical interface, completely redesigned to provide a better user experience.

Why Dinamica EGO?

Dinamica EGO is not just a land use change model, but an environmental modeling platform, presenting a wide-open possibility for the design from the very simple to the very complex space-time model.

What can Dinamica EGO do?

Dinamica EGO has been used to develop model with very different characteristics. Below, you can find information about some of these models.

For a comprehensive list of all models created using Dinamica EGO, check the publication list.

SimMadeira

A spatially-explicit logging model to assess scenarios of timber harvesting in the Brazilian Amazon.

SimMadeira

A spatially-explicit logging model to assess scenarios of timber harvesting in the Brazilian Amazon.

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SimAmazonia

Simulating deforestation to model conservation scenarios in the Amazon basin.

SimAmazonia

Simulating deforestation to model conservation scenarios in the Amazon basin.

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Otimizagro

A nationwide model that simulates land use, land use change, forestry, deforestation, and regrowth and CO2 emissions under various scenarios of agricultural land demand and policies for Brazil.

Otimizagro

A nationwide model that simulates land use, land use change, forestry, deforestation, and regrowth and CO2 emissions under various scenarios of agricultural land demand and policies for Brazil.

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FISC

FISC (Fire Ignition, Spread and Carbon components) is a spatially-explicit model that simulates both fire ignition and propagation processes along with fuel dynamics and regrowth.

FISC

FISC (Fire Ignition, Spread and Carbon components) is a spatially-explicit model that simulates both fire ignition and propagation processes along with fuel dynamics and regrowth.

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THMB

Dinamica EGO version of the model Terrestrial Hydrology Model with Biogeochemistry created by Dr. Michael Coe.

THMB

Dinamica EGO version of the model Terrestrial Hydrology Model with Biogeochemistry created by Dr. Michael Coe.

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NTFPs

Modeling the rents from non-timber forest products.

NTFPs

Modeling the rents from non-timber forest products.

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