Digitalisation of urban metabolism circularity provides policymakers, urban managers, planners and administrators with a useful tool for identifying, controlling and evaluating a wide range of data concerning the flows of social, environmental and economic resources. This approach is based on the crucial role of fixed and mobile digital infrastructures such as real-time monitoring stations, GPS tracking sensors, augmented reality, virtual sharing platforms, social media dashboards, smart grids, and the like in the development and strengthening of the quality and efficiency of the circularity of resources. For these reasons, the integration of digital technologies in mobility, waste, water and wastewater management, energy efficiency, safety...
In our cities, the production and consumption of resources are achieved at an unsustainable rate. Co...
The exponential spread of digital technologies is shaping the economy and society around the globe. ...
Cities consume material and energy inputs, process them into usable forms, and eliminate the wastes ...
Digitalisation of urban metabolism circularity provides policymakers, urban managers, planners and a...
Digital technologies engaged in urban metabolism for efficiency provide policymakers, urban managers...
For half a century, urban metabolism has been used to provide insights to support transitions to sus...
© 2017 Elsevier B.V. The world's population continues to grow. With a trend of urbanisation apparent...
Cities will have a decisive role in reducing the consumption of resources and greenhouse gas emissio...
Smart urban metabolism is a hybrid approach—where technological, economic, environmental and social ...
In Europe, the concepts of urban metabolism (UM) and circular economy (CE) have been made operat...
Circular economy (CE) principles can be applied at different scales: from materials to products, fro...
© ExcelingTech Pub, UK. The concentration of population in large cities causes the emergence of prob...
The study of the city as a living organism in constant transformation is especially linked to the in...
Cities are like organisms, drawing in resources and emitting wastes. In nature, organisms are relate...
Decarbonization of urban mobility requires complex, interconnected actions. The instruments for deca...
In our cities, the production and consumption of resources are achieved at an unsustainable rate. Co...
The exponential spread of digital technologies is shaping the economy and society around the globe. ...
Cities consume material and energy inputs, process them into usable forms, and eliminate the wastes ...
Digitalisation of urban metabolism circularity provides policymakers, urban managers, planners and a...
Digital technologies engaged in urban metabolism for efficiency provide policymakers, urban managers...
For half a century, urban metabolism has been used to provide insights to support transitions to sus...
© 2017 Elsevier B.V. The world's population continues to grow. With a trend of urbanisation apparent...
Cities will have a decisive role in reducing the consumption of resources and greenhouse gas emissio...
Smart urban metabolism is a hybrid approach—where technological, economic, environmental and social ...
In Europe, the concepts of urban metabolism (UM) and circular economy (CE) have been made operat...
Circular economy (CE) principles can be applied at different scales: from materials to products, fro...
© ExcelingTech Pub, UK. The concentration of population in large cities causes the emergence of prob...
The study of the city as a living organism in constant transformation is especially linked to the in...
Cities are like organisms, drawing in resources and emitting wastes. In nature, organisms are relate...
Decarbonization of urban mobility requires complex, interconnected actions. The instruments for deca...
In our cities, the production and consumption of resources are achieved at an unsustainable rate. Co...
The exponential spread of digital technologies is shaping the economy and society around the globe. ...
Cities consume material and energy inputs, process them into usable forms, and eliminate the wastes ...