With the blossoming rise of the Internet of Things (IoT) in recent year's internet of things play a significant role for the development of effective traceable supply chain management of animal products; traceability in animal products supply chain management is essential. But due to the special requirements of some applications, the existing technology cannot meet them effectively. The traceability in Animal products supply chain management is a hot issue for the researchers of IoT. Animal product traceability system must be constructed and give an assurance with the enhancement of internet of things. In this article we would discuss the significant role of IoT in animal product supply chain management, benefits of Internet of things in animal product supply chain management. Physical aspect of the use of the IoT is different between different animal products and lastly the involvement of IoT among the applied research and current practical applications. In Pakistan IoT based other emerging technologies are still in early foundation stage; especially in the animal products application of supply chain management. This paper also tries to highlight a new agricultural product supply chain management not only to achieve the visual quality and traceability of agricultural products and ensure people's food quality and safety but also effectively control the food diseases.

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In the last two decades electricity shortage has hampered the economic growth of Pakistan. To overcome these crises, thermal power plants were commissioned to bridge the supply and demand gap. Deployment of thermal power generation resulted in an unsustainable energy mix with the higher cost of generation. In the last decade, policymakers have shown considerable interest in deploying renewable energy generally and wind energy particularly. Therefore, this paper evaluates some important drivers and barriers to wind power generation. SWOT-Delphi approach with Relative Importance Index (RII) analysis has been applied. The results show that the deployment of wind power can enhance energy security and environmental sustainability. Major barriers to wind energy are the presence of competitive energy resources, policy implications, and poor grid infrastructure. With this contrasting environment, the evaluation of drivers and barriers of wind power are insightful for formulating sustainable energy planning strategies for future generation mix.

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