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Full Description
This timely book explores system dynamics as a tool for tackling critical challenges in agriculture and global food security. Discussing climate change, resource limitations, and supply chain vulnerabilities, Hassan Qudrat-Ullah and Mohammad Shamsuddoha examine how system dynamics can model complex interactions within agricultural systems to improve supply chain resilience.
With particular attention to the challenges in developing countries, the book analyzes diverse topics including dairy farming, advanced poultry technologies, and smart farming solutions. Combining interdisciplinary expertise, the authors showcase holistic and actionable approaches for improving agricultural resilience, sustainability, and food security. They emphasize innovation in the field and assess cutting-edge technologies such as circular economies and cybersecurity resilience, demonstrating their transformative potential in sustainable farming practices.
This book is an essential resource for scholars and students interested in the application of system dynamics to agriculture and supply chain modelling. Policymakers, government officials, and agricultural industry stakeholders seeking to bolster supply chain resilience will also benefit from its practical insights.
Contents
Contents
Preface
1 Introduction - System Dynamics for Sustainable Agriculture
and Secure Supply Chains
2 Integrating Economic and Environmental Performance for
Achieving Sustainable Dairy Supply Chains
3 Circular Economy in the Dairy Industry: Closing the Loop
for Sustainable Milk Production
4 Innovative Technologies for Improved Poultry Production: A
System Dynamics Approach
5 Strategies for Reducing Greenhouse Gas Emissions in Dairy
Farming
6 Cybersecurity Resilience in Smart Livestock Farming in
Bangladesh: A System Dynamics Approach
7 System Dynamics Modeling for Sustainable Tilapia Fish
Production: Enhancing Quality Meat Production
8 Conclusions and Recommendations for Sustainable
Agriculture and Resilient Supply Chains
