Can Eating Crickets Solve Two Sustainability Issues at Once?

Finland has approved bread made from cricket flour to sell in supermarkets. Before you say ewww or gross, think about it for a minute. We live on a rapidly changing planet with an increasing number of people, and we need food. Our current system is flawed and overwhelmed, and easily manufactured alternatives to resource hungry, unhealthy factory farmed meat are desperately needed. Are crickets a healthy, sustainable, and most importantly palatable alternative to our current problematic proteins?

Healthy Protein

When it comes down to the numbers, crickets are a nutritional powerhouse. A serving of cricket flour provides more than twice the protein of a steak, contains almost a fifth of the daily recommended value of B12, and is rich in calcium and iron. Whole crickets have the additional benefit of chitin, their exoskeleton. The chitin is a prebiotic, benefiting already existing good bacteria. They also offer a high-protein, gluten-free flour substitute. The image above is pasta made with cricket flower.

Sustainability

Here is where the debate about how beneficial crickets actually are gets interesting. Crickets need less water, space, and food than any of the animals we currently farm for food. They are also able to eat a more varied diet and lead to decreased rates of methane gases, deforestation, and toxic animal waste. The bugs also convert what they eat to an edible product 12 times more efficiently than cows and twice as efficiently as chickens. But if crickets farmers are looking only for efficiency, they are missing a chance to achieve a higher level of sustainability with their product.

For crickets to reach the size required for harvest in the shortest period of time, they need to be fed a grain diet. But this is problematic, as all it does is repeat the same cow, pig, and chicken system that isn’t sustainable. With a different diet of food waste, cricket production is only slightly more efficient than chicken farming. Yet Americans throw away a full third of all food grown in the country. The most exciting possibility here is that crickets farmed correctly have the ability to ameliorate two serious issues facing the world – hunger and food waste.

The -Ick Factor

Many information sources on crickets and other edible bugs used to focus on whether or not anyone would eat them. As of 2017, that ship has sailed, and articles now focus on what’s going to win the new food race – bugs or lab meat. Never mind that bugs have and still are eaten by more than 2 billion people worldwide on a daily basis.

Americans and much of the food popularized here is easy, aesthetically pleasing food. A chicken is no longer comprised of bones and tendons and skin. It comes pale and perfected wrapped in plastic or processed and put back together in a nugget shape. We become so accustomed to fruit or vegetables in a single form that anything that deviates from that is treated as an absurdity.

But this is exactly why we should be eating crickets. Where before bugs required a strong stomach and a minimal gag reflex, they are now an easy food. Like milkshakes? There’s a fast food chain that offered one with crickets. Finland is offering bread at the supermarket. Multiple companies offer a cricket protein powder for smoothies or various cricket snacks for a boost during the day.

Get in The Game

People in the tropics are more likely to consume bugs, as the colder Northern weather makes it difficult for a population to depend on bugs as a food source. Good news, it’s getting warmer!

All (not funny) kidding aside, crickets have the potential to feed the world. We have the opportunity to steer the production of a potentially major part of the food supply. Give crickets a try, and see if you can surprise yourself. But most importantly, be picky about the quality of crickets you consume. We’ve already seen where the factory farming model takes us. Let’s learn something from it.

What are your thoughts? Would you eat food with crickets as an ingredient? What could go wrong?

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Impossible Burger Meets FDA Bureaucracy

“Meat” grown in a lab is a hot trend right now, with manufacturers jumping over each other in a quest to be in on the next big food craze. Scientists, environmentalists, and entrepreneurs are extremely excited by the prospect of meeting the world’s growing demand for meat with only a fraction of the resources needed by our current factory farming system. One company, Impossible Foods, has been carried away in that excitement. They began selling their soy leghemoglobin derived Impossible Burger in 2016, despite not being generally recognized as safe by the Food and Drug Administration.

Putting Sustainability First

Cultured “meat” is an enticing proposition. The Impossible Burger uses 95% less land, 74% less water, and creates 87% less greenhouse gas emissions than its cow-sourced counterparts. It’s also free of antibiotics, artificial ingredients, and hormones. This particular cultured meat is made from soy leghemoglobin genes and a genetically modified yeast not unlike that found in common Belgian beers.

Leghemoglobin is a hemoprotein found in the root nodules of leguminous plants – in this case, soy. Once these hemoproteins are broken down, they release heme. Heme contains iron and carries oxygen in the blood, making the veggie burger “bleed” and giving it a meaty texture and flavor. Making the burger entirely out of these root nodules would be expensive and would increase its negative environmental impact, but Impossible Foods, the company behind Impossible Burger, combines the soy leghemoglobin gene to a yeast strain and then grows the yeast via fermentation.  

Can You Eat It?

Sustainable? Yes. But is it safe?

Impossible Foods says yes. The burger has been reviewed by a panel of experts, with scientists from the University of Nebraska, University of Wisconsin and Virginia Commonwealth University generally recognizing it as safe. Rats studies have been conducted, and there were no adverse effects from the soy leghemoglobin protein, even when feeding the rats 200 times the amount a human is expected to consume.

But the magical yeast that allows the company to produce their burger causes other problems. There are more than 40 other unidentified proteins in the impossible burger. In the words of Michael Hansen, a senior scientist at Consumer’s Union, “It’s only 73 percent pure, the other 27 percent is from proteins from the genetically engineered yeast that produces it, and these [proteins] have an unknown function…” Due to these unidentified proteins, the FDA told Impossible Foods that the burger was unlikely to be recognized as safe.

What is Progress?

The Impossible Burger has been available at select restaurants since 2016. Impossible Foods does not need the FDA to categorize the burger as generally recognized as safe to sell it. This isn’t actually illegal, as the FDA’s self-affirmation program does not require new ingredients to be approved. We only have any of this information because Impossible Foods tried to go one step further in the regulation process, applying for the FDA’s GRAS (generally recognized as safe) status.

Impossible Foods has a mission, and that mission is an admirable and necessary one. Forget about figuring out if it’s real or not, climate change is here. Factory farming is not sustainable, even as the demand for meat is still growing. More consumers are looking for quality sustainable or vegan/vegetarian options, and Impossible Foods wants to serve that market. Their website emphasizes their sustainability.

They also make a point to push transparency and encourage questions. That will be crucial for a generation that is looking for corporations to step in where the government is not addressing their needs and concerns.

The food system has to change or it will collapse. Many companies have been stepping up their environmental bona fides in response the Environmental Protection Agency’s current irresponsibility. It remains to be seen if the FDA can cope with the demands of the rapidly evolving demands and realities of a sustainable food system. 

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How Vertical Gardening Could Help Save the World

Most people aren’t gardeners, and even fewer are bona fide farmers. All of us, though, eat.

For this reason, food producers around the country — and around the world — are faced with a high demand for their products, a demand that might become unattainable in the future. In order to ensure a greater sense of food security, it’s time for us all to consider cultivating our own gardens.

You might be scratching your head if you live in an apartment, urban environment, or any other place that doesn’t have the green space for a garden. Fortunately, green thumbs before you have come up with the idea of a vertical garden. You can hang plants, put them on shelves, or simply put them in pots with trellises so that they can grow onward and upward.

You, too, can grow onward and upward if you start your own vertical garden. Aside from improved food security, below are six more reasons home gardens are the way of the future.

It’s Good for the Environment

Imagine the journey the vegetables you buy in a grocery store must go through to get there. They’re often picked in another state or country and transported for miles to reach you. That effort requires a ton of resources that your backyard garden can eliminate. Your own fresh fruits and veggies will produce less waste, help prevent soil erosion, and stave off future droughts.

It’s Healthier for You

You’ve heard — or you might know from sampling them yourself — organic fruits and veggies typically taste better than their pesticide-laden counterparts. Naturally grown produce also boasts more vitamins and minerals, especially if it’s locally grown and bought as fresh as possible. Imagine how flavorful and beneficial your vertical garden will be: freshly picked vegetables and fruits can go directly into your cooking, no middleman or nutrients lost.

Many home gardeners also get creative, growing produce that might otherwise be hard to come by or expensive in stores. This daringness has health benefits, as your body craves dietary diversity. New fruits and vegetables without steep price tags or miles of travel? Sign us up.

It Keeps Water Cleaner

As previously mentioned, many farmers rely on chemically based products to keep insects and other plant-eating pests at bay. These might be helpful to the farmer and improve overall yield, but they’re not good for us or for our water supply.

Perhaps it rains or the farmer waters his plants after spraying on a layer of pesticides. Where does the run-off go? According to the Environmental Protection Agency, it often goes into our groundwater, and more than 35 states have contaminated groundwater because of this cycle. Your home garden can help cut down on this, and you can drink from the tap with a little more confidence.

It Cuts Down on Energy Usage

You probably don’t think about farms as places where a massive amount of energy is used, but think again: modern farming uses more petroleum than any other industry. This figure includes the production of synthetic pesticides, which actually account for more energy usage than the planting and harvesting of natural crops. If you say “yes” to gardening — and “no” to synthetic pesticides — you can help reduce this number.

It Boosts Biodiversity

Crop fields are often dedicated to, well, one type of crop. This makes the farmer’s life easier, for sure, but it doesn’t do much for the environment. It saps nutrients from the soil and allows pests to become smarter in their attack on our food supplies; that’s why fertilizers and pesticides have become commonplace.

By planting your own garden with a bunch of different plants, you’ll be doing your part to mix it up. Even if you don’t have a plot of land to improve with your green gardening, your vertical garden can attract bees and other helpful insects that might not show up to tired farmlands. They’re vital to the biodiversity of an area, too, because of their role in pollination.

It Bulks Up Your Wallet

This one might not necessarily save the world, but it might mean the world to you and your family. A vertical garden can help you save grocery money.

You can also use scrap wood and recycled containers, rather than buying new supplies to start your vertical garden. It doesn’t take much: seeds, soil, and some basic power tools can transform an unused corner of your patio or apartment into a tiny farm.

You can also create your own compost in order to fertilize your plants for free. Once your garden starts yielding produce, you’ll save money at the grocery store, too. You’ll avoid rising food costs, help the environment, and eat more flavorful meals. Who said saving the world had to be hard?

If you want to contribute to sustainable lifestyles and grow your own food, vertical gardening is a great solution! Nearly anyone can do it; you just need the right inspiration.

What vertical gardening strategies could you use in your home? I’d love to hear about them in the comments section below!

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