Abstract

According to the fifth Intergovernmental Panel on Climate Change (IPCC) assessment report, the urban environment is responsible for between 71% and 76% of carbon emissions from global final energy use and between 67% and 76% of global energy use. Two important and trending domains in urban environment are “resilience” and “net zero” associated with high-performance design, both of which have their origins in ecology. The ultimate goal of net zero energy has become the ultimate “high-performance” standard for buildings. Another emerging index is the measurement and improvement of the resilience of buildings. Despite the richness of research on net zero energy and resilience in the urban environment, literature that compares net zero energy and resilience is very limited. This paper provides an overview of research activities in those two research domains in the past 40 years. The purpose of this review is to (1) explore the shared ecological roots of the two domains, (2) identify the main research areas/clusters within each, (3) gain insight into the size of the different research topics, and (4) identify any research gaps. Finally, conclusions about the review focus on the major difference between the net zero movement and resilience theory in the urban environment and their respective relations to their ecological origins.

Highlights

  • ObjectivesThe purpose of this review is to (1) explore the shared ecological roots of the two domains, (2) identify the main research areas/clusters within each, (3) gain insight into the size of the different research topics, and (4) identify any research gaps

  • In 1920, Frederick Soddy, an English chemist and Nobel prizewinner, first offered a new perspective on economics rooted in the law of thermodynamics in physics

  • Soddy drew attention to the importance of energy for social progress based on real wealth formation as distinct from virtual wealth and a debt accumulation process [7,8]. He suggested that detailed accounting for energy use could be a good alternative to the monetary system, as the conventional monetary system treated the economy as a perpetual motion machine, while in reality, as with any commodity, the actual wealth flow obeyed the laws of thermodynamics [9,10]

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Summary

Objectives

The purpose of this review is to (1) explore the shared ecological roots of the two domains, (2) identify the main research areas/clusters within each, (3) gain insight into the size of the different research topics, and (4) identify any research gaps. The purpose of the review is to (1) identify the main research areas within each domain, (2) gain insight into the size of the different research focal points, and (3) identify any research gaps and trends

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