Tag: climate change

AI, Climate Adaptation, and Epistemic Injustice

Amid global climate impacts, vulnerable communities—including indigenous peoples, farmers, fisherfolk, ​​and low-income groups—are frequently expected to adapt, change, and build resilience to uncertain climatic futures. ​​Under these changing conditions, what knowledge practices and frameworks should guide the decision-making of vulnerable communities in addressing climate challenges? What knowledge sources and perspectives should be considered when developing resilience policies and plans, from the supranational to the local level? (read more...)

Burnout

Clara del Junco and Mathilde Gerbelli-Gauthier In this post, we’re sharing some excerpts from Burnout: a zine about academia, travel, and climate change that we put together over the course of the past months, in the time freed up by the hiatus in travel. The excerpts we’ve chosen for Platypus include 1)  Our C*****n F*******t Calculator, along with our reflections on the limited utility of any carbon footprint tool; 2) Part of an essay by Riley Linebaugh, putting academic air travel into the context of global inequalities perpetuated by academic institutions; 3) A comic by Hannah Eisler Burnett that documents her transatlantic trip on a cargo ship. (read more...)

Crisis Redux, Viral Uncertainty, and Militarized Care: Coronavirus in the Aftermath of Bolivia’s Uncertain Coup

Editor’s note: This post is the second in our five-part series “COVID-19: Views from the Field.” Click here to read an introduction written by series organizer Rebekah Ciribassi. The COVID 19 crisis arrived in Bolivia just after carnaval. On February 22nd, colorful costumed confradías dancing to the rhythms of salay, caporales, morenadas, and chacareras blazed through the streets of Oruro, a gritty mining city that hosts Bolivia’s biggest carnaval celebration. The following Tuesday, Martes ch’alla, people around the country gathered with their families to ch’allar their homes, burning ceremonial tableaus and splashing beer on the ground as an offering to bring a year of good luck. Two weeks later to the day the first case of coronavirus in Bolivia was confirmed, initiating a cascade of escalating measures including the closure of international borders, curfews, and eventually a nation-wide quarantine with each household allowed to send one family member out for a few hours to buy food once a week, according to the number of their national ID. (read more...)

Eco-Horror: Facing Climate Change in Minas Gerais, Brazil

The January 2020 floods in Minas Gerais, Brazil were catastrophic for the communities of the more than fifty people who lost their lives to the disaster and for the hundreds more displaced in its wake (Lima 2020). Such disasters often seem chaotic and unpredictable eruptions, but in the time of the climate crisis and amidst decaying support for democratic institutions, disasters like these floods are likely to become more common and more dangerous. (read more...)

The Memory of Fire: Burning Backwards into the Future

Fire breathes oxygen. Fire consumes organic material. Fire ages and dies. Fire runs, jumps, and simmers. Fire responds differentially to external irritants. Fire has moods. Among many of its seeming affinities with metabolizing life, fire also has an excellent, perhaps perfect, memory. As such, wildfires have one inviolable rule: never backtrack. Fire never goes backwards, never rewinds. Because of this stubborn refusal one of the most successful and widely practiced approaches to halting the progress of wildfires is to pre-burn swaths of land toward which a fire is raging. Once fire comes upon a burnt landscape it cannot proceed, it starves to death. When employed indirectly to create a control line, this strategy is called burnout. However, this strategy can also be employed to directly attack a fire by igniting a blaze and propelling it into the path of a wildfire. This is called backburning. Conclusively, you can fight fire with fire. (read more...)

Archiving for the Anthropocene: Notes from the Field Campus

Editors’s note: Click here to read the author’s MA thesis expanding on this topic. On a chilly Sunday afternoon in March, our Field Campus group walked through downtown Granite City, Illinois. Located just 6 miles north of St. Louis, the downtown was a markedly post-industrial landscape. Many of the red brick buildings were vacant and showed signs of lasting decay. Weedy patches of open land occasionally provided views of a large nearby factory. It was hard to tell if coffee and sandwich shops were closed forever. The factory, a U.S. Steel Corps manufacturing plant called Granite City Works was founded by two German immigrants in 1896, along with the city itself. In 2009, the National Air Toxics Assessment (NATA) ranked neighborhoods in Granite City at the second highest risk for cancer in the country, highlighting the plant’s coke ovens as a likely source (McGuire 2009). Coke oven emissions include benzene, arsenic, and lead (Earthjustice 2019) – that people breathe, and soils absorb. Another source of toxic air pollution has been the NL Industries/Taracorp lead smelter. Before its closure in 1983, the smelter contaminated over 1,600 households in Granite City and beyond, eventually turning into an EPA superfund cleanup site (Singer, n.d.). The US EPA recognized that the highest concentrations of lead in the air are around smelters. Lead in the air means lead in the soil. Tearing down houses in “blighted” sections of the city exacerbates the problem since demolitions release the lead in the paint of older buildings (Blythe 2019). Granite City is certainly a hot spot. As we walked through Granite City, we were guided by our local collaborator and artist Chris Carl, whose work with the urban renewal group New American Gardening “explores garden making on vacant lots and post industrial land.” Chris led us to the particular plot, pointing to a number of concrete blocks scattered around the ground. One of the blocks featured a warning symbol etched into its top, the other had the letters ‘Pb’ scrawled upon it – which, as he informed us, is the chemical abbreviation for lead. The blocks were Chris’s “DIY version of a lead remediation,” an intervention he began after a project by the College of Agricultural, Consumer, and Environmental Sciences and a visit by EPA officials who confirmed low levels of lead all over the area after conducting the requisite soil testing. The levels on the site we were standing on, however, had proven to be “off the charts.” Notably, both Madison County and the U.S. Steel Trust had provided funding for this pilot plot. (read more...)

At the Edge of Land and Water: Navigating sea level change in Chennai

It was 8am in Ennore, a coastal region at the northern-most tip of the city of Chennai and home to artisanal fishers who have traditionally lived along the shores of the Bay of Bengal.  I had recently started my fieldwork on property relations at coastal spaces around Chennai there. The sun was out, the fishers were busy sorting through the catch of the day, and the smoke from the factories around made everything look hazy. My neighbor and long-time Ennore resident, Kumar uncle, decided to introduce me to fishers he knew at Periyakuppam, a fishing village in the area. We met the fishers and as we stood facing the sea, I asked them about the history of the village and changes in the landscape over time. In response, they pointed at the sea and said, “Look! Do you see the sand there, the sea water extended till that point until last week, but it has receded further now…come again next month and see what we’re talking about!” Just a few minutes later, they shifted their gaze to the left and asked, “Can you see those ships in the distance? That is where the port is. They built it for the ships bringing coal to the power plant. They put in sea-walls around there…” and once again, shifting their gaze towards the shore and the sea they said, “Look there, half the land in that village is now under water; it’s because of those stones from the sea-walls over there.” (read more...)

Producing the Anthropocene, Producing the Future/Water Futures

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...)