New work made for New Climates
Roadside Garden Socal
Download the real-time application (stuffed archive .sit)
Mac OSX: socal.application.macosx.sit
Windows:socal.application.windows.sit
Linux: socal.application.linux.sit
Source code: roadside garden socal
Built with Processing
Roadside Garden Socal is a desktop application that downloads and visualizes daily amounts of O3 (ozone) and NO2 (nitrogen dioxide) in the atmosphere in Southern Californiain the form of a small roadside tree next to a live Southern California highway webcam.
Webcam image from the California Department of Transportation. Daily amounts of O3 and NO2 updated hourly provided by the South Coast Air Quality Management District AQMD www.aqmd.gov. NO2 air pollution is primarily caused by motor vehicles and, in some places, by energy production. Ozone (O3) is formed when other pollutants react to light.
Thanks to Kevin Durkee and the South Coast AQMD for assistance in retrieving the data.
Above is a pre-recorded version presenting data from March 12, 2007
– Andrea Polli
Roadside Garden Taipei
Download the real-time application (stuffed archive .sit)
Mac OSX: taipei.application.macosx.sit
Windows: taipei.application.windows.sit
Linux: taipei.application.linux.sit
Source code: roadside garden taipei
Built with Processing
Roadside Garden Taipei is a desktop application that downloads and visualizes daily amounts of CO (carbon monoxide) in the atmosphere in Taipei in the form of a small roadside tree next to a live Taipei highway webcam.
Webcam image from the Traffic Engineering Office of Taipei City. Hourly EPA data formatted by Dr. Chung-Ming Liu, Director of the Global Change Research Center and Professor of the Department of Atmospheric Sciences at National Taiwan University. Carbon monoxide is released by the incomplete combustion of fuels such as natural gas, charcoal, gasoline, and tobacco.
Above is a pre-recorded version presenting data from March 12, 2007
– Andrea Polli
Roadside Garden Socal and Roadside Garden Taipei, by Andrea Polli, visualize pollution in real time, conveying the immediacy of our impact on climate change. Live data readings of atmospheric conditions are translated into fluctuating tree-shapes, which “grow” next to current images of freeways in Southern California and Taipei. These two icons create an imaginary cycle of chemical emission and photosynthesis, or a dialog between artificial and natural structures of growth—urban sprawl and bifurcating branches. Roadside Garden also evokes the theme of dispersal—from the diffusion of molecules in the air, to the distribution of the artwork itself in the form of individual applications that serve as microcosmic air quality monitoring stations. Finally, since every viewer of the work will be accessing the same data stream, the project provides a sense of networked connectivity, suggesting a model through which we may begin discussing or altering our collective role in climate change.
