scorecardCrazy Images Of Farmers Making Natural Red Dye From Bugs That's In Your Candy And Lipstick
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Crazy Images Of Farmers Making Natural Red Dye From Bugs That's In Your Candy And Lipstick

Cochineal insects, native to Central and South America, thrive on one particular species of cactus — the prickly pear.

Crazy Images Of Farmers Making Natural Red Dye From Bugs That's In Your Candy And Lipstick

Rather than going into the field each day to harvest cochineal insects, workers simply collect the cactus leaves they live on.

Rather than going into the field each day to harvest cochineal insects, workers simply collect the cactus leaves they live on.

They then store the leaves inside a greenhouse, where the bugs can continue to thrive.

They then store the leaves inside a greenhouse, where the bugs can continue to thrive.

The tiny bugs get their color by thriving on the plant's bright red cactus berries, which are scattered across the leaves.

The tiny bugs get their color by thriving on the plant

Once they’ve found a place to settle on the cactus, the little critters don’t budge — they burrow into the plant and feed for life.

Once they’ve found a place to settle on the cactus, the little critters don’t budge — they burrow into the plant and feed for life.

Since the bugs don’t budge, workers have to use tough brushes to scrape them off of the cacti leaves. Just a few bugs won’t do it: Nearly 70,000 insects are just enough to make one pound of dye.

Since the bugs don’t budge, workers have to use tough brushes to scrape them off of the cacti leaves. Just a few bugs won’t do it: Nearly 70,000 insects are just enough to make one pound of dye.

The insects might appear whitish-grey on the outside, but inside their bodies are a deep purpley-red. Cochineal bugs sheath themselves in white, waxy coating to protect themselves from intense heat and water loss.

The insects might appear whitish-grey on the outside, but inside their bodies are a deep purpley-red. Cochineal bugs sheath themselves in white, waxy coating to protect themselves from intense heat and water loss.

A worker uses his fingers to crush a cochineal insect, revealing its deep red color.

A worker uses his fingers to crush a cochineal insect, revealing its deep red color.

Cochineal bugs have been harvested for their intense, easy-to-spot color for hundreds of years. As early as the 15th century, indigenous peoples living in North, Central and South America were using the crushed bugs to color fabrics.

Cochineal bugs have been harvested for their intense, easy-to-spot color for hundreds of years. As early as the 15th century, indigenous peoples living in North, Central and South America were using the crushed bugs to color fabrics.

By the colonial period, cochineal dye had become one of Mexico’s most prized exports, second only to silver. Here, a worker selects the best insects from the harvest, which, once dried, he will crush into a grainy, red substance.

By the colonial period, cochineal dye had become one of Mexico’s most prized exports, second only to silver. Here, a worker selects the best insects from the harvest, which, once dried, he will crush into a grainy, red substance.

That substance is then processed into a powder or mixed with water and made into a liquid. The pigment can take on several different shades, making it widely appealing for a variety of uses. The ancient industry has seen a recent economic revival in South and Central America. Today, Peru exports the most of the dye; the country produces close to 200 tons of it each year.

That substance is then processed into a powder or mixed with water and made into a liquid. The pigment can take on several different shades, making it widely appealing for a variety of uses. The ancient industry has seen a recent economic revival in South and Central America. Today, Peru exports the most of the dye; the country produces close to 200 tons of it each year.

Researchers study cochineal insects and their eggs — shown here — in a lab in Puebla, Mexico as part of a program aimed at finding more uses for the native bug.

Researchers study cochineal insects and their eggs — shown here — in a lab in Puebla, Mexico as part of a program aimed at finding more uses for the native bug.

Because they're so small — just 1/5th of an inch — cochineal bugs can only be seen in detail under a microscope. Their bodies are soft, flat, and oval-shaped.

Because they

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