An operator shows Hermetia Illucens flies in Protifly's premises in Saint-Maurice-sur-Adourla on May 21, 2021. - Fly larvae to feed fish: like a handful of others in France, the Protifly company, based in the Landes region, started breeding insects to produce ultra-rich protein meals to feed livestock, a promising market. (Photo by MEHDI FEDOUACH / AFP) (Photo by MEHDI FEDOUACH/AFP via Getty Images)

1233020980

An operator shows Hermetia Illucens flies in Protifly's premises in Saint-Maurice-sur-Adourla on May 21, 2021. - Fly larvae to feed fish: like a handful of others in France, the Protifly company, based in the Landes region, started breeding insects to produce ultra-rich protein meals to feed livestock, a promising market. (Photo by MEHDI FEDOUACH / AFP) (Photo by MEHDI FEDOUACH/AFP via Getty Images)

Photo by: MEHDI FEDOUACH

MEHDI FEDOUACH

Insect Feed Can Transform the Farming Industry

By: Robin Fearon

Feeding insects to farm animals could be the environmental revolution that the livestock industry has been waiting for. Insects, a rich source of protein and part of the natural diet for pigs, poultry, and fish, use a fraction of the land and water needed to raise soybeans for feed and produce lower carbon emissions.

July 05, 2022

It takes around one hectare (2.5 acres) of land to produce a metric ton of soy each year, but the same area could grow nearly 140 metric tons of insects. Cutting back on soybeans or corn for compound animal feeds can also reduce deforestation, especially in important areas like Brazil and the Amazon rainforest, where trees are slashed to expand cropland.

In 2020, compound feeds for pigs, poultry, and fish made up more than 75 percent of the animal feed market. The US alone produced 216 metric tons out of a global total of 1.2 billion. Livestock eats around one-third of global cereal production, some of which could be used to feed people instead. Reducing land use and the crops fed to livestock transforms the global food system and makes it more sustainable, according to a United Nations report.

Insects can be fed on food waste, abattoir scraps, and manure, helping turn it into high-quality protein. And because they do not need much space, they can be reared on farms in small-scale units like cargo containers. British startup Better Origin packs its containers with food waste and black soldier fly larvae that grow up to 5,000 times their initial body mass in just two weeks.

Each X1 unit can feed up to 32,000 hens, the larvae harvested and given to animals without any processing or additives. Better Origin says the effect of replacing soy and recycling food waste in just one unit prevents 150 metric tons of carbon dioxide emissions. More importantly, it says, the way food waste is converted into animal feed makes the process circular.

Researchers have projected that the amount of food going to waste will hit two billion metric tons globally by 2030. If that can be converted to insect feed for animals it will make livestock production cheaper and more sustainable.

Startup companies like Better Origin are joining a buoyant market, with approval for insect feeds granted to firms in North America and the European Union. US food giant Cargill has tapped into the sustainable insect feed market by partnering with InnovaFeed to supply fish farms with black soldier fly larvae.

Backing from the United Nations goes much further. Certain species of insects contain enough high-quality protein, amino acids, and vitamins for people to eat. At the very least, animal and pet insect feeds will be more common in the future.

Speaking at a conference in 2014, the UN Food and Agriculture Organization assistant director-general Eduardo Rojas-Briales said insects are a crucial part of the climate solution. “The time is ripe to think about alternative sources of food in view of a growing world population,” he said. “Insects alone will not solve the world’s food security challenges but it would be absurd not to mobilize their full potential in the fight against hunger and malnutrition.”

Next Up

Can Birds Warn Us About Natural Disasters?

Researchers think birds can hear hurricanes and tsunamis coming. Scientists are hoping to capitalize on that sixth sense to develop an early detection system to save lives.

Can You Teach a Goldfish to Drive?

A new experiment suggests these household fish actually make good drivers.

A Dragonfly's Highly Evolved Flying Technique is Perfect for Drones

Dragonflies are nature’s most agile insect fliers and likely the most accomplished anywhere on Earth. Their ability to move in any direction at high speed or hover in one spot makes them the perfect model for robotic flight.

‘Bird Brain’ May Have Helped Birds Survive the Dinosaur Extinction

Recently, a fossil of an ancient bird skull was discovered, shedding light on how birds’ large brains may have helped them survive the dinosaur-killing asteroid.

Prince William Joins TED to Fight Climate Change

All day on Saturday, October 10, TED presents its first free virtual conference dedicated solely to the topic of global warming — 'Countdown.'

Digital Twin Cities Can Shrink the Impact of Planet’s Largest Polluters

Cities are the planet’s largest emitters of greenhouse gas emissions, so they offer the greatest opportunity to tackle climate change. Hitting net zero emissions by 2050, a target set at the COP26 summit, could be achieved more quickly using city digital twins – working virtual replicas – that help track, manage and reduce environmental damage rapidly.

Facial Recognition for Grizzly Bears

New A.I. technology is allowing scientists to keep track of individual grizzlies over their lifetimes.

244 Million-Year-Old Fossils Discovered in China

These are the oldest fossils of the extinct bony fish, Peltoperleidus, ever to be found, and the first time Peltoperleidus fossils have been found outside of Europe.

Inspiring Women in Science

Dr. Lisa Hoopes, Director of Research and Nutrition at Georgia Aquarium shares her experiences in the field and what International Women and Girls in Science Day means to her.

Blind Dogs Can Still Play Fetch. A Newfound Nose-to-Brain Connection Explains Why.

Why are dogs such great sniffers? A new canine connection shows powerful brain links between dogs’ sense of smell and sight.

Related To: