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Since 1972, Eeyou Itschee, a territory east of James Bay, has been terraformed by the largest hydro-generation system on the planet, led by HydroQuébec and the Government of Québec. A territory 2/3rds the size of France has been diked, dammed, its rivers redirected, and criss-crossed by electrical transmission lines to the South and to the US. Due to the high levels of mercury released by the forests flooded for reservoirs the size of Belgium, health authorities recommend eating no more than two fish from the rivers each month. Fluctuating spring river levels led to the drowning of tens of thousands of Caribou. Learning only from newspapers, the resident Eenouch came together and negotiated the first land claims agreement in Canada, surrendering about 99% of their territory for promises of economic development. 50 years on, a settler-colonial geography, reinforced by a complex sociolegal framework, contain and constrain spatial relations in and of Eeyou Itschee through constant processes of renegotiation and reparation for land with money. Our research focused on a survey of the ways the science literature represents the region and its features. Our research ties with this territory are strongly linked to Nemaska, an Eenouch hamlet 2 days drive north of Montreal that was expropriated but managed to relocate and rebuild their community. Today, a lithium (spodumene) mine is being developed nearby. The community fears the impacts. However, the Nemaska band council approved the project due to the economic benefits it might bring. For more information: https://www.spaceandculture.com/2023/10/31/eeyou-istchee-old-nemaska/ 

Source

Shields, Rob, Cheryl Arnston, Nicholas Hardy and Juan David Guevara-Salamanca. 2023. "Eeyou Itschee and settler colonial terraforming." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

The project "Researching Kaohsiung Archive: practice and reflection" is a collaborative effort with the UCI team addressing the global environmental injustice record in Kaohsiung, Taiwan, particularly focusing on the slow and accumulative harm caused by petrochemical development. Under the Environmental Injustice Global Record (EIGR) website, the Kaohsiung Archive serves as a trans-disciplinary platform for data archiving and communication. Since joining in 2021, the team has collected and visualized diverse data sources, engaging stakeholders in collaboration. The archive development involves addressing key questions related to environmental justice studies, fostering brainstorming and reflection. The project acts as a boundary object, connecting local and international communities, providing an information infrastructure for social dialogue,and aiming to contribute to a sustainable transformation discourse on the risks of petrochemical developments in Kaohsiung. The long-term impact on academic production method and knowledge dissemination remains to be seen, but the project aspires to inspire co-creation, cross-border cooperation,and innovation to empower civil society and enhance environmental justice governance.

The creation of the Kaohsiung Archive begins with a series of questions, utilizing the Environmental Justice (EJ) study framework applied to Hawaii as a guide. These questions delve into the influence of industries on environmental governance and advocacy, exploring the strategiesemployed. The process involves collaborative efforts to answer these questions, fostering brainstorming, debates, and reflections on characterizing the setting and revealing environmental injustice within the case study.

Following workshops and fieldwork in Kaohsiung, the project evolved to formulate narrative structures for mapping and visualizing environmental injustice in the region. Objectives include outlining Kaohsiung's features, focusing on petrochemical-related air pollution and industrial transformation issues, and designing relays to illustrate the challenges faced by fence-line communities and showcase potential action initiatives.

The project's progression involves tracking the issue, identifying and categorizing stakeholders, as well as gathering information and experiences from various parties. Stakeholder claims are sorted out, and efforts are made to find common action goals. Discursive risk analysis is conducted, examining environmental monitoring issues around petrochemical facilities. For instance, in Dashe, there is a focus on the discursive gaps between local residentsand petrochemical workers, revealing disparities in perceptions of air quality and expectations regarding governmental control.

Source

Tu, Wen Ling. 2023. " Researching Kaohsiung Archive: Practice and Reflection." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

California’s Central Valley is arguably the most productive agricultural region in the world. Despite making up only 1% of all farmland in the United States, it produces 250 different crops that make up a quarter of all food consumed in the U.S., including close to half of all fruit, nuts, and table foods. The map included below shows the variety and intensity of this kind of cultivation. This level of agricultural production has been made possible by the dominance of industrial agriculture interests at all levels of government, resulting in one of the most physically altered landscapes in the world. These alterations focused in large part on water, the biggest limiting factor for industrial agriculture in a region technically classified as a desert. Over the course of the 20th century, the largest body of freshwater west of the Mississippi–Tulare Lake–was drained to make more land available, the Central Valley Project and State Water Project built thousands of miles of canals and tens of dams to control the supply of water for irrigation, and massive groundwater aquifers were pumped nearly dry during drought years. These transformations were accomplished through the utilization of rhetoric that emphasizes the centrality of the farmer identity to the American political imaginary (despite the massive distance between Californian industrial agriculture and the Jeffersonian agrarian ideal) and the unique importance of providing the nation’s food. This kind of exceptionalism has characterized agriculture across the United States since its inception and has repeatedly produced other forms of social injustice (e.g., the exclusion of agricultural laborers from U.S. labor protections) that compound the hazardous effects of its environmental injustices.

Source

Vo, Katie, Taranjot Bhari and Margaret Tebbe. 2023. Industrial Agriculture in California's Central Valley. In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.

(E)valuation processes often have unintended consequences. European ocean researchers find themselves caught in a tight bind between the pressure to produce cutting edge, scientifically excellent research and research critical for ocean futures amidst climate crisis. Changing funding landscapes, oriented increasingly towards short-term projects (Franssen & de Rijcke 2019), are both highly competitive and unable to provide sufficient resources for the forms of long-term observation and monitoring that could improve scientific understandings of the ocean. Although collaborating with industry has become increasingly contentious in recent years, especially in regards to the energy sector, ocean research has a long history of relying on industry and military resources (Oreskes 2021). While most – if not all – the researchers I work with feel uneasy about these connections, they see little alternative. If they can’t obtain resources from anywhere else, and they view the outcomes of their research as critical for the future of the ocean, then what? In their efforts to improve research, then, governance practices can perpetuate the very knowledge gaps they seek to address, weaving individual researchers into a precarious web of accountabilities in the process: to themselves, to their communities, and to the ocean itself. 

Source

Ashkin, Jacqueline. 2023. "Evaluating Science, Valuing the Ocean." In 4S Paraconference X EiJ: Building a Global Record, curated by Misria Shaik Ali, Kim Fortun, Phillip Baum and Prerna Srigyan. Annual Meeting of the Society of Social Studies of Science. Honolulu, Hawai'i, Nov 8-11.