As an urban compost coordinator I have supervised efforts to increase compost collection both commercially and residentially in New York City over the past five years. The job has offered an intriguing vantage to assess the future of urban waste-driven economies. This post discusses the microbial capitalism on display in the compost pile, looking beyond today’s relatively transient Anthropocene toward the far more enduring Putrecene. (read more...)
Editor’s note: Today we have the final installment of our “Anthropocene Melbourne Campus” series, featuring two related posts by Lauren Rickards and Ruth Morgan. Producing the Anthropocene, Producing the Future Lauren Rickards, RMIT University Images of the future are increasingly cast on the widescreen of the Anthropocene: the planetary-scale shift from the comfy Holocene to an unknown and threatening new ‘operating space’ for the Earth. How humanity inadvertently shifted the whole planet so radically and in such a self-damaging manner is now the subject of intense debate. Different narratives of blame locate relative responsibility with various sectors, activities and groups. Common candidates include farming, colonial plantations, industrialization and urbanisation, and the post-war acceleration in consumption and pollution. From a material perspective, there is a strong geological rationale for naming each as a major source of planetary-scale environmental and social impacts and “terraforming.” Indeed, this is how these various proposed starting dates for the Anthropocene have been identified: through the pursuit of widespread and sharp enough changes in the geological record to count as what geologists call a “Golden Spike”, the prerequisite for declaring a new epoch. Yet this search for the physical origins of the Anthropocene in the historical record needs to extend far past physical signals and their proximate causes to the visions, goals and assumptions underlying the activities involved, including what Ian Hacking would call styles of reasoning. Reading the Anthropocene in this light reveals many limitations within the outlooks, ideas and values that informed the activities mentioned above, including an often willful ignorance of the immediate impacts on people, nonhumans and the abiotic environment, as well as the “unknown unknown” of the long-term, accumulative changes being wrought. (read more...)
Today, logistics as the science and industry of cross-border transportation of mainly industrial products drives “revolutions” from energy to retail. As most world economies continue to accelerate their involvement with economic globalization, logistics continue to take over local economies in many regions around the world. Paradoxically, many states and sovereigns around the world are also looking (back) to logistics infrastructure as a panacea to curb the half-century-long devastating effects of deregulation of trade, finance and services on nation-state-centric political economies. One can observe this move both in countries of North America and Europe, where the post-1950s deterioration of public infrastructures has long been a problem. The Right’s recognition of this deterioration was at least partly responsible for carrying it into power, for example, in the U.S., although the Left has also occasionally touted this kind of infrastructure politics. In places like China, or Turkey, a country with which I am more familiar, economic development based on the infrastructure, transport, and construction sectors is much newer. This move toward infrastructure, though, at the same time may reflect the end of sovereign state authority, at least as we know it, and the beginning of a new kind of statecraft. (read more...)
In October 2014, New York University’s Center for Urban Science and Progress (CUSP) unveiled the Urban Observatory, as part of an urban informatics initiative for monitoring, recording, and modeling the actions and nonactions of New York City. Inspired by research methods in observational astronomy, the scientists at CUSP placed an 8 megapixel camera on top of a building in Downtown Brooklyn, which shoots one panoramic, long-distance image of Lower and Midtown Manhattan every 10 seconds. Using the Urban Observatory and a network of similar sensors, the scientists at CUSP are attempting to capture what they call “the pulse of the city,” formulating massive data sets that provide information regarding various domains of everyday life, ranging from energy efficiency to the detection of toxic releases. As urban informatics professionals, they imagine that the collected data will serve as “raw material” for policy making — once they have access to this raw material, the CUSP scientists will be able to model their predictions, and hope to ultimately (somehow) manufacture the steps required to reduce electricity consumption in office buildings, or to generate emergency responses to hazardous substances. (read more...)
