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tutorial:introduction [2019/09/04 12:28]
britaldo
tutorial:introduction [2019/09/05 13:43]
britaldo
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 DINAMICA EGO (Environment for Geoprocessing Objects) software (www.csr.ufmg.br/​dinamica) is a spatially explicit, high performance,​ modeling freeware used by many scholars around the world. Dinamica EGO modeling platform presents outstanding possibilities for the design of spatial models, from analytical to the very complex dynamic ones. These models can ultimately include nested iterations, dynamic feedbacks, multi-region and multi-scale approach, manipulation and algebraic combination of data in several formats - such as maps, tables, matrices and constants - decision processes for bifurcating and joining execution pipelines, and a series of complex spatial algorithms for the analysis and simulation of space-time phenomena. DINAMICA EGO (Environment for Geoprocessing Objects) software (www.csr.ufmg.br/​dinamica) is a spatially explicit, high performance,​ modeling freeware used by many scholars around the world. Dinamica EGO modeling platform presents outstanding possibilities for the design of spatial models, from analytical to the very complex dynamic ones. These models can ultimately include nested iterations, dynamic feedbacks, multi-region and multi-scale approach, manipulation and algebraic combination of data in several formats - such as maps, tables, matrices and constants - decision processes for bifurcating and joining execution pipelines, and a series of complex spatial algorithms for the analysis and simulation of space-time phenomena.
  
-<​note>​Dinamica EGO has been applied to numerous environmental studies, including the modeling of deforestation in the Amazon from local to basin-wide scales, urban dynamics, logging and other forestry rents in the Amazon, cattle ranching, forest fires, river regime, biodiversity offsets, and agricultural expansion in Brazil. See a list of publications at www.csr.ufmg.br/​dinamica/​publications.</​note>​+<​note>​ 
 +Dinamica EGO has been applied to numerous environmental studies, including the modeling of deforestation in the Amazon from local to basin-wide scales, urban dynamics, logging and other forestry rents in the Amazon, cattle ranching, forest fires, river regime, biodiversity offsets, and agricultural expansion in Brazil. 
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 +See a list of publications at www.csr.ufmg.br/​dinamica/​publications. 
 +</​note>​
  
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 ===Modular Guidebook Structure=== ===Modular Guidebook Structure===
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-The aim of this guidebook is introducing the user to the vast possibilities of Dinamica EGO for the design of space-time models that can fully represent the complexity of various geographic phenomena. +The aim of this guidebook is introducing the user to the vast possibilities of Dinamica EGO for the design of space-time models that can fully represent the complexity of various geographic phenomena. This Guidebook is modular in structure. Each module is divided into lessons and is assigned a particular level in a progressive series of steps:
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-This Guidebook is modular in structure ​([[:​guidebook_start|Modeling Environmental Dynamics with Dinamica EGO]]). Each module is divided into lessons and is assigned a particular level in a progressive series of steps:+
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 **MODULE VIII:** Other Applications of Dinamica EGO **MODULE VIII:** Other Applications of Dinamica EGO
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 ===Links in this Document=== ===Links in this Document===
-This document contains internal links. Clicking on an internal link opens an Dinamica Website. Links are shown in blue and are handled by the system browser. +This document contains internal links. Clicking on an internal link opens Dinamica Website. Links are shown in blue and are handled by the system browser.
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