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Amariyanna Copeny & the Flint Water Crisis

By Maili Pieragostini In 2014, the water of Flint, Michigan, shifted from a basic necessity to a quiet, everyday danger. When the city switched its water source in an effort to save money, the water that flowed into homes wasn’t just discolored…it was dangerous. Lead seeped from aging pipes. Children were breaking out in rashes. Mothers and fathers were losing their hair. For many, bottled water became the new norm – and focus – of daily life, in order to drink, cook, and clean. This was the Flint Water Crisis: a failure of infrastructure, of oversight, and of justice.  In the middle of this crisis, one voice broke through – not of a politician, a scientist, or even of a seasoned activist, but of a child determined to be heard. Amariyanna “Mari” Copeny, otherwise known as Little Miss Flint.  In 2016, at barely eight years old, Copeny wrote a letter to President Barack Obama. She told him what life in Flint had become for kids like her: what it meant to grow up in a city where ...
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Eunice Newton Foote and Anthropogenic Climate Change

by Maili Pieragostini  Who was the first to recognize that anthropogenic activity could cause global warming? Many might say Joseph Fourier, who was the first to theorize through mathematical calculations that Earth’s atmosphere insulates the planet. Others might say John Tyndall, the 19th-century physicist whose name became synonymous with the science of heat and gases. But there is another scientist, a woman whose name was nearly lost to history. Eunice Newton Foote, the first to experimentally demonstrate that certain gases trap heat from the sun.  Eunice Newton Foote was a scientist, inventor, and early advocate for women’s rights. In 1856, at a time when women were excluded from most scientific institutions, Foote conducted a groundbreaking experiment in her home laboratory. Her goal was simple yet profound: to understand how different gases respond to sunlight. Using glass cylinders, thermometers, and an air pump, Foote tested how gases like carbon dioxide and ordinary a...

Maria Ressa Takes on Dictatorship & Viral Disinformation

  by Marisa De La Villa When people think of Maria Ressa, they tend to picture a Philippine journalist, and now Nobel Prize winner, in court, battling against strongman Rodrigo Duterte’s government. 1  Yet, while her clashes with Duterte made global headlines, Ressa was fighting a different battle– one against Facebook (among other social media platforms, especially those under META). 2 In 2012, Ressa co-founded  Rappler , a small, digital newsroom based in Manila, built on the idea that social media could help increase civic participation. 3  In the Philippines, most people went to  Facebook  as the way to access the internet– Rappler was made to lean into that idea, but it never grew to outshine the Meta platform. To the untrained eye,  Facebook  was perfect. But in 2016, Ressa and her team noticed some patterns. 4  Networks of strange accounts were on the rise, posting the same memes, boosting pro-government propaganda, and overall, there ...

James Hansen, Climate Science, and the Tools of Democracy

  by Nik Polyakov The beginning of the climate realization came from a fitting spokesman, an up-and-coming NASA researcher. The late 1960s saw Dr. James James Hansen working with Iowa physicist James van Allen, an architect of NASA's early instrumentation. They were focused on an important question: Was Venus’s high microwave radiation due to an ionosphere or is it just extremely hot? In 1970 the Soviet Venera spacecraft issued a retrospectively sobering reality: Venus had an average temperature of almost 482°C.   In the months following, Alan and Hansen were tasked with understanding why. Following a successful satellite launch led by Hansen, smog was discovered on the planet. A now familiar explanation was offered: Carbon dioxide was insulating the planet and functioning as a planetary greenhouse. Venus is not alone in experiencing this effect. Having known Earth's atmosphere is changing in composition, particularly in carbon dioxide, Hansen now turned to studying the a...