The objective of this study is to map direct and indirect seasonal urban carbon emissions using spatial micro Big Data, regarding building and transportation energy-use activities in Sumida, Tokyo. Building emissions were estimated by considering the number of stories, composition of use (e.g., residence and retail), and other factors associated with individual buildings. Transportation emissions were estimated through dynamic transportation behaviour modelling, which was obtained using person-trip surveys. Spatial seasonal emissions were evaluated and visualized using three-dimensional (3D) mapping. The results suggest the usefulness of spatial micro Big Data for seasonal urban carbon emission mapping; a process which combines both the bui...
Transportation carbon emission is a significant contributor to the increase of greenhouse gases, whi...
International audienceBuilding on near-real-time and spatially explicit estimates of daily carbon di...
Building on near-real-time and spatially explicit estimates of daily carbon dioxide (CO2) emissions,...
In this paper, we developed a method on quantifying carbon dioxide (CO2) emissions from each buildin...
To facilitate sustainable carbon management on the city scale, estimating carbon emissions is necess...
As the increasing concern for climate change, quantification on greenhouse gas (GHG) emissions in ur...
Energy is one of the crucial elements in creating resilience in cities. Global cities produce more t...
About 75 percent of CO2 emissions caused by the combustion of fossil fuels stem from cities. Climate...
Understanding and predicting urban traffic carbon emissions constitute an urgent agenda in research ...
Commuting carbon emissions are an essential component of urban carbon emissions, and determining how...
Developing low carbon cities is a key goal of 21st century planning, and one that can be supported b...
Mapping changes in carbon emissions and carbon storage (CECS) with high precision at a small scale (...
International audienceQuantification of fossil fuel carbon dioxide emissions (CEs) at fine space and...
Cities undergoing rapid urbanization are characterized by quick successions of spatiotemporal patter...
Transportation carbon emission is a significant contributor to the increase of greenhouse gases, whi...
International audienceBuilding on near-real-time and spatially explicit estimates of daily carbon di...
Building on near-real-time and spatially explicit estimates of daily carbon dioxide (CO2) emissions,...
In this paper, we developed a method on quantifying carbon dioxide (CO2) emissions from each buildin...
To facilitate sustainable carbon management on the city scale, estimating carbon emissions is necess...
As the increasing concern for climate change, quantification on greenhouse gas (GHG) emissions in ur...
Energy is one of the crucial elements in creating resilience in cities. Global cities produce more t...
About 75 percent of CO2 emissions caused by the combustion of fossil fuels stem from cities. Climate...
Understanding and predicting urban traffic carbon emissions constitute an urgent agenda in research ...
Commuting carbon emissions are an essential component of urban carbon emissions, and determining how...
Developing low carbon cities is a key goal of 21st century planning, and one that can be supported b...
Mapping changes in carbon emissions and carbon storage (CECS) with high precision at a small scale (...
International audienceQuantification of fossil fuel carbon dioxide emissions (CEs) at fine space and...
Cities undergoing rapid urbanization are characterized by quick successions of spatiotemporal patter...
Transportation carbon emission is a significant contributor to the increase of greenhouse gases, whi...
International audienceBuilding on near-real-time and spatially explicit estimates of daily carbon di...
Building on near-real-time and spatially explicit estimates of daily carbon dioxide (CO2) emissions,...