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Zotero bibliography-Sukriti Kapur

The literature presented here has tried to focus on impacts of human health owing to air pollution to better measure environmental injustice.

South LA community emissions reduction plan

South Los Angeles Community Emissions Reduction Plan; can be useful for pointers when building the AB617 case for Santa Ana

Fieldnote Mar 20 2023 - 6:18am

AB617 meeting

South LA

March 9th 2023

Asking community members about stories in south LA (SLA) and any initiatives they are taking

Air Pollution, human health and environmental injustice

Zotero bibliography: connecting pollution, health, and social Indicators as a measure of environmental injustice

Fieldnote Mar 10 2023 - 2:44pm

Jill started by discussing Environmental injustice

Envt equalities also stem from well-intended advocates in the non-profit sector

EiJ Interview with Naomi Yoder, 2.7.2023

EiJ Interview with Naomi Yoder, 2.7.2023

EiJ Santa Ana Stakeholder Meeting 1.31.23

Meeting notes:

Introductory remarks by Kim Fortun:

Fieldnote Jan 29 2023 - 8:21pm

AQMD Environmental Justice Advisory Group meeting

27th Jan 2023, 12:00 pm, Zoom

pece_annotation_1478040797

tamar.rogoszinski

Annotation of

Biological Citizenship: The Science and Politics of Chernobyl-Exposed Populations

In response to

What three points, details or references from the text did you follow up on to advance your understanding of the complexities of emergency response?

I looked for more information regarding the disaster.
Cancer projections as a result of this disaster
Current healthcare in these areas as a result of this disaster.

pece_annotation_1472845180

tamar.rogoszinski

Annotation of

“Quantification of the Increase in Thyroid Cancer Prevalence in Fukushima after the Nuclear Disaster in 2011—a Potential Overdiagnosis?”

In response to

Describe the methodology of the study. Is this a new or inventive way of studying this issue?

They calculated the observed/expected (O/E) ratio of thyroid cancer prevalence for residents in Fukushima Prefecture that were below the age of 20. Observed prevalence was calculated by the number of thyroid cancer cases detected by the end of April 2015. The number of detected cases was corrected for screening rate by multiplying the inverse of the age-specific screening rate. The expected prevalence was obtained from another report, which was calulated using a life-table method using national estimates from 2001-10. Age-specific prevalence of thyroid cancer was estimated using the cumulative risk from 2010. The annual percent change of increasing cases of thyroid cancer was taken into account as well.