Distillations magazine

Is recycled wastewater too much to swallow?

The fight for Brooklyn’s coolest Superfund site.

In the 1960s chemists created artificial turf. But are synthetic fields better than natural grass?

The origins and unintended consequences of U.S. forest-fighting policy.

Through attempts to weaponize Earth itself, Cold War researchers unintentionally created a new understanding of a fragile planet.

Nearly a century of asbestos manufacturing carried the borough of Ambler, Pennsylvania, from bust to boom and back to bust. In recent years Ambler has gotten back on its feet, but its industrial past remains very much present.

The technology to scrub noxious gases from car exhausts has existed since the 1950s. Why did the U.S. government wait until the 1970s to mandate its use?

Three atmospheric scientists describe carrying their work beyond the lab.

How did the Hanford nuclear facility become one of America’s most vexing environmental challenges? Jennifer Weeks explores the history and future of the site.

The largest accidental release of radioactivity in the United States did not occur in 1979 at Three-Mile Island. That very same year a collapsing dam released a flood of radioactive debris into the Navajo Nation.

The chemistry of the universe may help explain the presence of life on Earth.

Rachel Carson’s genius lay in pulling together data from many areas and synthesizing it to create the first coherent account of the effects persistent chemicals had on the environment.

Rare earth metals are the vitamins of modern technology. How did this group of chemically dull elements become so important and so troublesome?

During the 1860s and 1870s, was a booming New York City’s stench choking the health from its citizens? Chemist Charles Frederick Chandler aimed to find out.

When the EPA needed a way to identify and measure pollutants, Robert Finnigan, an ex–Cold War engineer, offered his computerized mass spectrometer for the job.

The ubiquity of arsenic in 19th-century Britain.

Susan Solomon led expeditions in Antarctica and proposed the now-accepted theory about the role of chlorofluorocarbons (CFCs) in creating the ozone hole.

With dynamite and cannons, Robert St. George Dyrenforth hoped to end drought in the late 19th century. This vision of weather and climate control seized the imagination of scientists and businessmen.