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Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document is a preliminary analysis using Breathe London data of the impact of Covid-19 confinement measures in reducing London air pollution.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document is the Instrument Operating Procedures for the Google Street View cars used as part of this C40 funded project.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document is the project's submission to the AQEG/Defra Covid-19 call for evidence.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This is the project's response to address QA/QC NPL audit non-conformities.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document reports on PM2.5 instrumental uncertainties aboard the project's Google Street View cars in London.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document reports on PM2.5 sampling losses aboard the project's Google Street View cars in London.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This is the project's mobile monitoring instrument uncertainty documentation, Section 2 (O3, LDSA and Black Carbon).

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This is the project's mobile monitoring instrument uncertainty documentation, Section 1 (NO2, NO, and CO2).

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document is a sample air quality fact sheet for Tower Primary School.

Appendix 4. Report on "The Breathe London Wearables Study: Engaging primary school children to monitor air pollution in London" -- a study by King's College London Environmental Research Group using wearable backpack monitors.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This is the National Physical Laboratory audit report of the Breathe London stationary sensor network QAQC procedures.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. This document details the project consortium and advisory committees -- role of each partner, advisory committee roles and links to terms of reference.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. These are the Terms of reference for the Scientific Advisory Group.

Breathe London is hyperlocal air quality-monitoring project by Environmental Defense Fund Europe. These are the Terms of reference for the Project Advisory Committee.

A new poll by WE ACT for Environmental Justice and EDF reveals that many white Americans don’t recognize the higher levels of pollution in Black, Latino and low-income neighborhoods.

Report on "The Breathe London Wearables Study: Engaging primary school children to monitor air pollution in London" -- a study by King's College London Environmental Research Group using wearable backpack monitors.

EDF is partnering with the Houston and Harris County to expand pollution monitoring capability and identify facilities that most threaten public health.

EDF and partners will develop OpenET to enable U.S. farmers and water managers to track water consumption using data from satellites and weather stations.

A new collaboration effort aimed to harness the transformative power of new technologies to give people knowledge for tackling air pollution in the Mexican capital was announced today by the Mexico City Government, the Megalopolis Commission for Environment and the Environmental Defense Fund (EDF).

Wildfire smoke is one of many ways climate change is impacting public health.

Methodology for new analysis that finds diesel car pollution is higher in neighbourhoods outside city centre. 

Data is driving action to curb methane pollution, even as the Trump administration seeks to roll back federal methane safeguards.

A study to examine oysters in Myanmar reveals alarming findings: widespread presence of human bacterial pathogens and human-derived microdebris materials.

Persistent emissions problem requires urgent action by industry, regulators

In this edition: As the COVID-19 pandemic wanes in China, the construction of the Nationwide Emission Trading System (ETS) has been promoted, while the pilots are making efforts to ensure that the emission data and vital infrastructure are in place for the nationwide carbon market. Environmental Defense Fund (EDF) would like to take this opportunity to update you on the above-mentioned progress as well as our recent research findings on China Certified Emission Reductions and our webinar on “Lessons learned from EU ETS” which focused on the power sector.