Dan Charles

Dan Charles is NPR's food and agriculture correspondent.

Primarily responsible for covering farming and the food industry, Charles focuses on the stories of culture, business, and the science behind what arrives on your dinner plate.

This is his second time working for NPR; from 1993 to 1999, Charles was a technology correspondent at NPR. He returned in 2011.

During his time away from NPR, Charles was an independent writer and radio producer and occasionally filled in at NPR on the Science and National desks, and at Weekend Edition. Over the course of his career Charles has reported on software engineers in India, fertilizer use in China, dengue fever in Peru, alternative medicine in Germany, and efforts to turn around a troubled school in Washington, DC.

In 2009-2010, he taught journalism in Ukraine through the Fulbright program. He has been guest researcher at the Institute for Peace Research and Security Policy at the University of Hamburg, Germany, and a Knight Science Journalism fellow at the Massachusetts Institute of Technology.

From 1990 to 1993, Charles was a U.S. correspondent for New Scientist, a major British science magazine.

The author of two books, Charles wrote Master Mind: The Rise and Fall of Fritz Haber, The Nobel Laureate Who Launched the Age of Chemical Warfare (Ecco, 2005) and Lords of the Harvest: Biotech, Big Money, and the Future of Food (Perseus, 2001) about the making of genetically engineered crops.

Charles graduated magna cum laude from American University with a degree in economics and international affairs. After graduation Charles spent a year studying in Bonn, which was then part of West Germany, through the German Academic Exchange Service.

For Dan Younggren, who grows sugar beets in the northwest corner of Minnesota, 2019 was a year of plagues.

First came the water. "Ten inches, up to almost 20 inches of rain," Younggren says. The fields in his region were so wet that farmers couldn't work in them.

On a soggy field in eastern North Carolina, Jason Tew and his crew of loggers are cutting trees and sorting logs into piles based on their size and the type of wood. There's a lot of pine, but also hardwoods: poplar, sweet gum, elm and oak. Some piles will go for making plywood; some will become absorbent fiber in baby diapers.

The least valuable pile is full of small hardwood tree limbs. "It's basically trash," Tew says. "We would have normally hauled that back in the woods and just left it."

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There's new evidence that a widely used family of pesticides called neonicotinoids, already controversial because they can be harmful to pollinators, could be risky for insects and fish that live in water, too.

The evidence comes from Lake Shinji, which lies near Japan's coast, next to the Sea of Japan.

Masumi Yamamuro, a scientist with the Geological Survey of Japan, says the lake is famous for its views of the setting sun. "It's amazingly beautiful," she says.

Foods go in and out of style. Few of them, though, have gone through as dramatic a renaissance in their reputation as Brussels sprouts.

For many years, they were scorned. Even Steve Bontadelli admits it, and he makes his living growing them. "A lot of people of my generation hated them," he says. "Their moms boiled them and made them even stinkier."

Every year, the company Ingredion buys millions of tons of corn and cassava from farmers and turns them into starches and sugars that go into foods such as soft drinks, yogurt and frozen meals.

Lots of things can go wrong along the way. Weather can destroy crops. Machinery can break.

Lately, though, Ingredion's top executives have been worried about a new kind of risk: what might happen on a hotter planet.

Secretary of State Mike Pompeo took a trip to Europe this week but was followed by allegations that he and other American diplomats helped to try to strong-arm Ukraine into aiding President Trump's reelection campaign.

At a public meeting in Athens on Saturday, a Greek journalist asked Pompeo about the Ukraine-related investigation back home. Pompeo seemed exasperated by the question. "This is what's wrong, when the world doesn't focus on the things that matter ... and instead, you get caught up in a silly gotcha game," he said.

In the struggle to end global warming, one community in central Pennsylvania is having remarkable success. It's growing, with tens of thousands of people, yet its greenhouse emissions have been dropping dramatically.

Perhaps most amazing: Those reductions have paid for themselves.

This is not your typical town — it's Penn State University. But in many ways, it's just like any other town or small city.

Something odd is happening to streams and rivers on the high plains of Kansas and Colorado. Some have disappeared.

"We would go and visit these streams, and in many cases it's like a dirt bike channel. It's no longer functioning as a stream," says Joshuah Perkin, a biologist at Texas A&M University who studies the fish that live in these streams.

Walking around a park near Allentown, Pa., I didn't even notice the bugs at first. Then Heather Leach arrived. She's an insect expert from Penn State University.

My search for the secrets of American ketchup began in a sun-baked field near Los Banos, Calif.

The field didn't look like much at first. Just a wide, pale-green carpet of vines. Then Ross Siragusa, the head of global agriculture for the company Kraft Heinz, bent over, lifted up some of the vines, and revealed a mass of small, red fruit, too many to count.

One of the biggest fears of the fresh fruit industry just came true.

A fungal disease that has been destroying banana plantations in Asia has arrived in Latin America.

"For me, the worst moment was [seeing] the first pictures," says Fernando Alexander García-Bastidas, a banana researcher at the Dutch company Keygene, who carried out tests confirming what had happened.

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Consider, for a moment, the circuitous journey of the insecticide called thiamethoxam, on its way to killing a wild wasp.

Alejandro Tena, a researcher at the Valencia Institute of Agricultural Research, in Spain, mixed the chemical into water used to irrigate clementine trees. This is a common practice among citrus farmers. As intended, the tree roots absorbed the insecticide, and it spread throughout the trees' branches and leaves.

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