Analyze

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.

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/ 

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 present report briefly outlines how energy infrastructures have been significantly affected by shifts in consumptions as a result of instituted lockdowns and shelter-in-place. Overall, the impacts of the pandemic have been stressing present energy infrastructures in a way that is unprecedented. Energy patterns have decreased, as far as commercial emissions are concerned, and have worked to highlight the already stressed and vulnerable electricity infrastructures. The foregoing calls attention to the need for measures of economic recovery in the energy field, a move to "electricity secure and resilient energy systems" (IEA, 2020).