scholarly journals The Construction and Application of Sustainable Development Model for Bangladesh Based on System Dynamics

2016 ◽  
Vol 10 (4) ◽  
pp. 2214-2221
Author(s):  
Li-Guo Huang ◽  
Li Yin

Sustainable development is to reconcile human needs and the Earth’s healthy balance. For eradicating poverty, changing unsustainable, promoting sustainable patterns of consumption and production, protecting and managing the natural resource, combining principles and methods of system dynamics modeling, we build a sustainable development model by analyzing the factors which influence the sustainable development. According to social economic development, the dynamics of environmental change, change of energy and matter between the subsystems and information interaction, the sustainable development model is divided into four subsystems, such as environment, resources, economy and social. In the model, the factor of sustainable development can distinguish more sustainable countries and policies from less sustainable ones. Then, we analyze the data of Bangladesh and predict the factor of sustainable development. By revising the parameters, we create a 20 year sustainable development plan for Bangladesh to move towards a more sustainable future to evaluate the effect our 20-year sustainable plan has on Bangladesh’s sustainability measure. By implementing our plan in our evaluation, we predict the change that will occur over the 20 years in the future. Through on the analysis of our model, we give some reasonable policy suggestions for sustainable development of Bangladesh.

2008 ◽  
Vol 18 (1) ◽  
pp. 1483-1497
Author(s):  
Raymond Madachy ◽  
Benjamin Haas ◽  
Hilary Bradbury ◽  
Josh Newell ◽  
Mansour Rahimi ◽  
...  

2022 ◽  
pp. 114-142
Author(s):  
David Zelinka ◽  
Bassel Daher

This chapter begins with defining complex systems, presents an overview of the applied science of dynamical systems by focusing on the main components of complexity and chaos, and introduces the concept of dimensionality of systems. Systems have structural and temporal (dynamic) components – they exist in space and time. This chapter focuses on the time dimension, called temporality. The authors classify a third dimension, chaos (randomness), and illustrate that all systems can be defined according to their structure, dynamics, and chaos. These three dimensions constitute the dimensionality of systems, which can be used to define and categorize all types of systems. A system dynamics model to quantify the progress and interactions among the United Nation's Sustainable Development Goals (SDG) is introduced. The benefits and limitations of a system dynamics modeling approach in this context are then discussed.


Author(s):  
David Zelinka ◽  
Bassel Daher

This chapter begins with defining complex systems, presents an overview of the applied science of dynamical systems by focusing on the main components of complexity and chaos, and introduces the concept of dimensionality of systems. Systems have structural and temporal (dynamic) components – they exist in space and time. This chapter focuses on the time dimension, called temporality. The authors classify a third dimension, chaos (randomness), and illustrate that all systems can be defined according to their structure, dynamics, and chaos. These three dimensions constitute the dimensionality of systems, which can be used to define and categorize all types of systems. A system dynamics model to quantify the progress and interactions among the United Nation's Sustainable Development Goals (SDG) is introduced. The benefits and limitations of a system dynamics modeling approach in this context are then discussed.


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