Analyze

Pb. Atomic Number 82. 

Divorced from its placement on the periodic table, the element finds itself exposed in a garden, nestled between bioretention and a bus depot. 

Researchers came into to town and made the lead in the soil ledgible and knowable. Soil was tested and this dirt pile was labeled a hot spot. The soil, through analysis in a lab, became suddently differentiatiated from it's environment.  Speculation on the origins of now changed earth ran rampant. Yes, the lead is a chemical legacy, but from where or from whom? Perhaps a long shuttered paint store was dumping its expired wares behind a shop. The chemical legacy proves persistant, but its origin story has degrated with time. Would there be any purpose to tracking the origin of the spot? Are there even actors to hold accountable? Should resources be spent to remediate the small environmental harms when others lurk that are larger in scale in and in affect?

While we ponder, the site is marked by a material more durable than our more human legacies. A concrete marker, or bench (depending on your tolerance for risk), tells a visitor of a history bound the earth. To intervene, the site is covered with dirt, a sign cautions the curious to resist the urge to disturb. To remediate this spot would take time, money, and expertise when all those resources are in short supply. Instead, the area is stewarded to make visible its contents. A delightfully perverse cue to care, inviting disuse and intentional avoidance. Let the earth lie.

The question of data relates to Denise Brock’s key role in the passage of the Energy Employees Occupational Illness Compensation Program Act (EEOICPA). Brock independently collected thousands of documents related to the health of  workers in nuclear facilities like Weldon Spring in her efforts to show that they had been exposed to pathological levels of radiation. In many cases, their employers were fully aware of the dangers these workers faced, but kept this information to themselves or hidden away in the private documents that Denise uncovered decades later. Prior to Denise's work this information was not publically available, and if workers who had become ill wanted to receive compensation for worksite expose, they would have to undergo exposure reconstruction assessments, which--due to the lack of accurate and available data--were imperfect evaluations of the actual levels of radiation workers had been exposed to. Due to Denise's advocacy, which led to the passage of the EEOICPA, workers at nuclear facilities are exempted from the exposure reconstruction assessments and are eligible for compensation payments up to a maximum amount of $250,000, plus medical expenses for accepted conditions.

Denise's experience raises a few questions and reflections on data in the Anthropocene:

•  Issues like worksite and environmental exposure are often plagued by invisibilities and what STS scholars have referred to as "agnotologies"--where can activists/scholars/any interested party gain access to relevant data in relation to these issues (in a similar fashion to Denise's work)?
• For historians in particular: do the thousands of documents Denise complied consitute an archive? How can these and similar archival practices be Anthropocenic strategies?