Analyze

This text builds from earlier conceptions of the term “land dispossession” and “land grab”. As defined by the 2011 International Land Coalition, land grabbing specifically refers to large scale land acquisitions that are “ in violation of human rights, without prior consent of the preexisting land users, and with no consideration of social and environmental impacts”. Characterization of land grabs and their resulting harms most commonly considers the effect of physical displacement and harms within the articulated “grabbed” area (Nyantakyi-Frimpong, 2017;Ogwand, 2018;  huaserman, 2018). Li and Pan seek to expand the frame of analysis for land grabs beyond the site of grabbed land to consider the full extent of harms associated with land grabs both geographically (via pollution spillover to areas outside of “grabbed land”) and temporally (via latent “expulsion by pollution). 

 “While the villagers are not passive victims and have adopted various resistance strategies, the space for them to struggle and achieve success is confined and shaped by the existing power asymmetry in which local villagers, capital and local government are embedded.”  (Li and Pan, 2021, p 418). 

“...this framing of land dispossession is problematic in two aspects. Firstly, it obscures an invisible form of land dispossession in which people still maintain control of their land but its use value is damaged by pollution. This kind of indirect land dispossession could lead to expulsion, not due to the direct loss of control over land but by it being rendered useless by pollution.” Li and Pan, 2021, p 409). 

 This text employs a case study approach to characterize how villagers in a village in China have been displaced “in-place” as a result of new industrial activities within the area  (all specific details have been hidden within the publication, wherein the names of villager groups and the site of study itself is referenced only by coded letters). The scale of analysis primarily centers at the village level, though analysis of the case study itself extends towards the country level specifically when analysis of state actors are involved. 

Authors Hua Li and Lu Pan are scholars from China. Li is  affiliated with the College of Humanities and Law at Taiyuan University of Technology, wherein her research focuses specifically on water politics, environmental justice, and rural development and agrarian change. Pan is affiliated with the College of Humanities and Development at China Agricultural University. Her research interests include marginalized communities, rural development, and agrarian change.

Industrial meatpacking plants in countries all over the world (USA, Germany, Australia) have all become hotspots of COVID-19 (Link). 

The close proximity in which workers working in such plants, the gruelling hours, the lack of access to healthcare among workers (many of whom are immigrants, refugees and POCs), are all reasons why such plants have emerged as hotspots. This Propublica article talks about the amont of preparation that such an industry has for pandemic flu outbreaks that could wipe out animals, but failed to do the same for their workers (Link). Moreover, our desire of meat (bad for the environment and unsustainable), has resulted in these companies having a tremendous amount of clout which allowed some to go over the heads of local officials as the ProPublica article reports. 

A well publicised Harvard study reported an association between long-term exposure to fine particulate matter (PM2.5) and COVID-19 deaths (Link). Another recent study that consider multiple pollutants found a signficiant association between nitrogen dioxide (NO2), a traffic-related pollutant and COVID-19 deaths, and not PM2.5 (Link).

Air pollution and COVID-19 have intersected in other ways. The decreases in air pollution due to the lockdown were seen as one of the few silver linings of the crisis (Link). Although early optimism has been dashed as air pollution levels have jumped right back up in China (Link) and other places when the lockdown was lifted. Some may say that under the cover of COVID-19, the Trump administration also rolled back several environmental regulations (Link), and it is unclear yet what the long-term effects of such rollbacks will be.

Air pollution is also a carrier of COVID-19 (Link), and researchers have been investigating the transmission of the virus by simulating mundane activities such as speaking in the elevator and even flushing a toilet.

Some of the other ways however, in which air pollution and COVID-19 will intersect are at infrastructure such as warehouses, which we will see increase as more and more people move to shopping online. Already in the recent pasts of the building of massive warehouses have been challenged for environmental justice reasons, as they tend to be built in poor, minority communities and result in heavy freight traffic, which in turn burdens such communities with increased pollution (Link1, Link2). Amazon employees themselves have documented the nature of siting of warehouses (Link), and it is likely to become an even more fraught site of contention as we move forward.

This was published by the International Atomic Energy Agency and is published as a part of the Radiological Assessment Reports Series.

Since the report was published by the IAEA, which is an intergovernmental forum for scientific and technical cooperation of nuclear technology worldwide, it can be considered a government report. 

The Chernobyl nuclear power plant explosion in 1986 led to a ten day reactor fire that resulted in a large and unknown amount of radiation spilling into the surrounding areas in Ukraine. This caused the contamination of the environments and those around the reactor. Hundreds of thousands of people had to evacuate and to this day it remains to be an issue. Due to this controversy that still surrounds this disaster, the IAEA, FAO, UNDP, UNEP, OCHA, UNSCEAR and WHO created the Chernobyl Forum. They generate "authoritative consensual statements" on the environmental consequences due to the radiation exposure. Ultimately they and this event in Chernobyl are what called for this report. 

This is a 180 page document that has hundreds of components in terms of what information, as well as measures and advice that the report includes and recommends. The report contains information on the radioactive release amounts and deposition in the urban, environmental, agricultural and aquatic areas surrounding the plant. Recommendations for future monitoring and research are also provided. Countermeasures are also widely discussed and ways in which people can combat and help reverse effects of the radiation and evacuations. The effects the disaster had on plants and animals is also analyzed and supported by facts and figures. The amount of human exposure and recommendations are also discussed. Future trends are analyzed as well as very detailed reports of the weather during the time of the incident, how that effected things, how specific types of animals were effected, the differences between external and internal doses.  A break down of the impact on air, shelter, surface water, groundwater etc. is also provided. Needless to say, pretty much any single detail that could possibly be known about the condition during the event and after the event were researched and documented in this report.