It’s true that producing beef has a hefty environmental impact. A lot of carbon is released when forests are cut down to make room for grazing land and to grow soya for cattle feed.
But chicken also has a huge impact. Around the world, the amount of chicken being eaten has rocketed, almost doubling in the last 30 years. Chicken is eaten more than beef these days, and billions of them are raised for their eggs and meat.
All these chickens need feeding. Most are kept in intensive factory farms, where they’re provided with processed, concentrated feed made largely from soya. There is a lot of soya coming from South America. It is grown in places that used to be forests or savannahs. Now, they’re huge soya bean plantations.
There are now 30 chickens for every 10 people on the planet. There are so many chickens, the balance of nature has shifted. According to biomass, which is the weight of all living things, farm-raised chickens and other poultry make up 70% of all birds on Earth. Rearing animals for food is literally squeezing out nature, leaving no space for wild animals.
As things stand, chicken consumption is only going to increase. Eating habits across the world are changing, and more people are eating more meat. China, India, and other places are changing their traditional balanced diets to ones that are high in meat and dairy because of modern western diets.
Eating chicken instead of beef can significantly reduce your carbon footprint. This is because chicken production generally has a much lower environmental impact compared to beef. In this article we’ll examine why chicken is more eco-friendly and discuss some of the key differences between chicken and beef farming.
The Carbon Footprint of Chicken vs Beef
Numerous studies have shown that chicken production emits far fewer greenhouse gases than beef. On average, beef production generates around 6 times more greenhouse gases than chicken production. Specifically, beef emits around 30 kg of CO2 equivalent per kg of meat, whereas chicken emits around 5 kg.
This massive difference is largely due to two factors:
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Feed efficiency – Chickens can be raised on much less feed than cows. Chickens need around 2 pounds of feed to produce 1 pound of meat. Cows require around 10 pounds of feed to produce 1 pound of beef. Since growing animal feed requires land, water and energy, chickens have a built-in efficiency advantage.
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Methane emissions – Cows naturally belch and pass gas frequently as part of their digestive process. This methane is a powerful greenhouse gas, trapping heat in the atmosphere. Chickens do not have the same biological need to emit methane.
Other livestock, such as lamb and pork, fall somewhere in between chickens and beef in terms of carbon footprint. Lamb generates around 4 times the emissions of chicken, while pork generates around 3 times as much
So clearly, beef production places a much higher burden on the planet, in terms of greenhouse gas contributions. By substituting chicken for beef, you can significantly lighten your personal environmental footprint.
Land Use Needs for Chicken vs Beef
Raising beef cattle also requires far more land than raising chickens. Cows need adequate grazing land as well as land to grow their feed.
An estimated 470 million acres of land is used just to grow feed for American beef cattle. In contrast, only around 60 million acres is needed to grow chicken feed for the entire U.S. Again, this vast difference is largely due to the chicken’s superior feed efficiency.
Land requirements for other meats fall between beef and chicken. For example, lamb production uses around 3 times more land than chicken production.
The large land footprint of beef production means it is a major contributor to deforestation, especially in developing countries. Since chickens require much less space, substituting poultry for beef puts less pressure on forests and wild habitats.
Water Usage in Chicken and Beef Farming
It takes around 1800 gallons of water to produce just 1 pound of beef in the U.S. This includes water for drinking, servicing facilities and growing feed. For chicken, it takes just 468 gallons of water to raise 1 pound of meat.
This works out to beef requiring over 3 times as much water as chicken. Lamb again falls between the two, requiring around twice as much water as chicken production.
The high water demand of beef farming strained scarce water resources in many parts of the world. This issue is likely to worsen with climate change, as rainfall patterns shift. Replacing some beef consumption with chicken could take pressure off of aquifers, rivers and lakes in drought-prone regions.
Health Considerations of Chicken vs Beef
There are also potential health benefits to choosing chicken over beef. Chicken tends to be lower in saturated fat and calories than most beef cuts.
For example, a boneless, skinless chicken breast contains around 110 calories and 1 gram of saturated fat per 3 ounce serving. In contrast, a 3 ounce serving of 80% lean ground beef contains 210 calories and 6 grams of saturated fat.
Red meats like beef have been linked to increased risk of heart disease and colorectal cancer. While these risks can be managed through moderation, substituting poultry for some beef meals per week may confer additional health benefits.
Of course, the ways in which chicken and beef are prepared makes a big difference too. Chicken wings, legs and thighs with skin are higher in fat and calories than lean beef cuts. Grilled chicken breast is healthier than a bacon cheeseburger or prime rib!
Additional Differences Between Chicken and Beef Farming
Here are some other notable differences between modern chicken and beef production:
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Growth rate – Broiler chickens can reach slaughter weight at around 6 weeks old. Beef cattle take 15-20 months to reach slaughter weight. This allows more chickens to be produced in a shorter timeframe.
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Herd size – An average beef farm maintains around 90 head of cattle. A typical industrial chicken shed houses 20,000-30,000 birds. This economy of scale makes chicken production more efficient.
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Antibiotic use – Due to tight living conditions, broiler chickens are routinely given antibiotics. This helps control disease but leads to antibiotic resistance concerns. Beef cattle generally require less antibiotics.
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Transportation – Chickens are usually processed on or near the farms where they are raised. Beef cattle are transported to centralized feedlots, then again to slaughterhouses. This transportation burns fossil fuels.
Environmental Impact of Chicken Production
It’s important to note that industrial chicken farming does have significant environmental impacts. Although lower than beef, concentrated poultry production generates large amounts of manure pollution and ammonia emissions.
Additionally, as demand grows, soy and corn production for chicken feed contributes to deforestation and biodiversity loss in South America. These negatives of large-scale chicken farming should not be overlooked.
However, overall the evidence shows that increased beef consumption will put far more strain on the environment than increased chicken consumption. If seeking a more eco-friendly diet, reducing beef intake in favor of chicken, fish and plant proteins can make a meaningful difference.
Health-wise, lean chicken can also be a nutritious substitute for higher fat cuts of beef. However, to maximize the benefits, chicken should be eaten in moderation as part of a balanced diet, while minimizing processed and fried chicken products.
Overall, if we collectively shifted a good portion of our protein consumption from beef towards chicken and other options like legumes, the planet would benefit substantially. Our natural resources could go a lot further feeding people, with much less greenhouse gas released. So consider going for the chicken sandwich or salad instead of that burger next time you have the choice! Your taste buds and Mother Nature will thank you.
Destroying forests to feed chickens
The EU buys a lot of soy from Brazil and is the second-largest importer of soy in the world. Most of this is used for animal feed, and half of that is fed to chickens. The UK alone imports over 3 million tonnes of soya per year.
The animal feed industry is doing untold damage to many of Brazil’s natural landscapes, including the Cerrado. This vast savannah, characterised by dry grasslands dotted with trees, contains a bewildering variety of plants and animals. It’s also called the “cradle of waters” because it feeds many of Brazil’s big rivers, like the Amazon.
The Gran Chaco, South America’s second-biggest forest, is also being destroyed by soy farming and cattle ranching. Jaguars, armadillos and giant anteaters roam among the thorny shrubs of this dry tropical forest. However, the Gran Chaco is disappearing faster than any other forest as industrial agriculture expands into the region.
The Amazon rainforest is currently protected from being turned into soya plantations. In 2006, a ground-breaking deal ended the destruction of the Amazon by soya companies. The deal is still in place, but the companies that agreed to it are now damaging the Cerrado and the Gran Chaco.
Food companies are contributing a lot to the climate crisis by destroying these natural areas. They are also putting wild species at risk of going extinct. About a quarter of all emissions that people make come from how our food is grown and distributed. The meat and dairy industry is the worst of these.
More soya is being grown in the Cerrado and Gran Chaco because people want cheaper animal products and, by extension, cheaper animal feed. There is four times as much soya grown in Brazil now as there was twenty years ago.
You May Never Eat CHICKEN Again After Watching This
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