Al Shaw
Al Shaw is a Senior News Application Developer at ProPublica.
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Al Shaw is a Senior News Application Developer at ProPublica. He uses data and interactive graphics to cover environmental issues, natural disasters and politics.
A year before Hurricane Harvey devastated Houston, Shaw was part of a team that produced “Hell and High Water,” which warned of the region's vulnerability to coastal storms. The project won a Peabody Award in 2017. Shaw's project, “Losing Ground,” about the century-long erosion of Louisiana's coast won a Gold Medal from the Society for News Design. His interactive maps surrounding FEMA's response to Hurricane Sandy were honored with the Society of Professional Journalists’ Sigma Delta Chi award. Before joining ProPublica, Shaw was a designer/developer at the political news website Talking Points Memo.
How to Reduce Formaldehyde Exposure in Your Home
The underregulated toxic chemical can be found in common household items from couches to clothes. We asked experts how you can reduce your exposure.
by Topher Sanders,
How Much Formaldehyde Is in Your Car, Your Kitchen or Your Furniture? Here’s What Our Testing Found.
The chemical can trigger health problems and causes more cancer than any other toxic air pollutant. Our reporters traveled around New York City and New Jersey with equipment to measure its presence. The results proved concerning.
by Topher Sanders, with additional reporting by Sharon Lerner and Al Shaw,
Check the Formaldehyde Cancer Risk in Your Neighborhood
In most of the country, formaldehyde contributes more to outdoor cancer risk than any other toxic air pollutant. Look up your address to see risks from the chemical on your block and where it comes from.
by Al Shaw and Sharon Lerner,
Formaldehyde Causes More Cancer Than Any Other Toxic Air Pollutant. Little Is Being Done to Curb the Risk.
The Environmental Protection Agency’s attempts to reckon with formaldehyde have been repeatedly thwarted by the companies that rely on it. If the past is any guide, even modest steps toward reform are all but guaranteed to hit a dead end under Trump.
by Sharon Lerner and Al Shaw,
Swept Away
From birth certificates to loved ones’ ashes, these are just some of the belongings cities take when they clear homeless encampments.
by Ruth Talbot, Asia Fields, Nicole Santa Cruz and Maya Miller, design by Zisiga Mukulu and Ruth Talbot, illustrations by Matt Rota for ProPublica,
Supreme Connections: Search Supreme Court Financial Disclosures
Find organizations and people that have paid the current justices, reimbursed them for travel, given them gifts and more.
by Sergio Hernández, Alex Mierjeski, Al Shaw and Mollie Simon,
How We Used Machine Learning to Investigate Where Ebola May Strike
ProPublica spent months teaching a computer to analyze past Ebola outbreaks linked to deforestation. What we found reveals a weakness in the way that governments and public health experts are preparing for future pandemics.
by Caroline Chen, Al Shaw and Irena Hwang,
The (Random) Forests for the Trees: How Our Spillover Model Works
ProPublica borrowed machine learning methods from academic research to better understand links between forest loss and spillover risk. The results were surprising, but led us to a story we wouldn’t have found otherwise.
by Irena Hwang and Al Shaw,
Au bord de la catastrophe
Une simple clairière de forêt nous sépare de la prochaine pandémie mortelle. Mais nous n’essayons même pas de la prévenir.
par Caroline Chen, Irena Hwang et Al Shaw, avec la participation de Lisa Song et Robin Fields; Photos prises par Kathleen Flynn, special to ProPublica,
How Forest Loss Can Unleash the Next Pandemic
The forests around the epicenter of the world’s worst Ebola outbreak are getting patchier. The next pandemic could emerge from the edges around these patches, where wildlife and humans mix.
by Al Shaw, Irena Hwang and Caroline Chen,
How We Found That Sites of Previous Ebola Outbreaks Are at Higher Risk Than Before
Research links deforestation to outbreaks. Combining two peer-reviewed models and the latest satellite images of tree loss, we discovered that the sites of five previous outbreaks have a greater chance of facing Ebola again.
by Irena Hwang and Al Shaw,