Click through the slideshow to see the 19 crops that would disappear without bees.
19 Crops That Would Disappear Without Bees
Surprise, surprise — the nation's largest producer of apples is Washington State. In a typical year, 10 to 12 billion apples are harvested every year by hand, or put another way, about three out of five apples in the United States come from Washington. That's staggering — and without bees, the cross-pollination needed to produce apples just wouldn't happen on a scale large enough to produce today's crop.
Credit: Taste of Home
About 80 percent of the world's almond supply comes from California, which requires about half of the honeybee population in the United States for pollination each year. Valued at more than $3 billion, this crop is California's top agricultural export. This year's crop is the largest ever, at 1.9 billion pounds, most of which is destined for locales in Asia, Europe, and the Middle East.
Credit: Miri Leigh
Besides being loaded with antioxidants, they're also delicious on top of pancakes, in muffins, and of course, in pie. The loss of the blueberry crop wouldn't just be felt at the kitchen table, however — the National Agricultural Statistics Service values the nation's blueberry crop, most of which comes from Maine, at more than $593 million, 90 percent of which is pollinated by honeybees.
Credit: Johnny Miller and Others
The prospect of a summer without this refreshing, juicy fruit is certainly a strange one. Not only is 90 percent of the watermelon crop dependent on honeybees, according to the National Agricultural Statistics Service, but pollination by bees is essential to ensure a melon that is evenly shaped and symmetrical.
Honeybees are responsible for pollinating about 90 percent of the cherries in the United States, according to the National Agricultural Statistics Service, most of which come from Washington State. Sweet cherry trees require the pollinating activities of honeybees in order to produce enough fruit for a commercially viable crop.
Credit: Leigh Beish
The rapeseed crop, better known for its common end product, canola oil, isn't exactly a tear jerker but it is one that is almost completely dependent on honeybees for pollination, according to the National Agricultural Statistics Service.
Cucumbers are a popular option for cooling down in the hot summer months. Their cool, fresh flavor and crunchy bite make them a popular addition to salads, sandwiches, and cocktails. Without honeybees, though, the majority of the country's $193 million cucumber crop would be nonexistent.
Credit: Quentin Bacon
Thanksgiving just wouldn't be the same without cranberry sauce, and we're pretty sure there would be a pretty big buzz about it around dinner tables across America if, one day, there just wasn't anymore. Cranberries, according to the National Agricultural Statistics Service, are 90 percent reliant upon honeybee pollination.
No onions? Well, you're pretty much screwed. Onions are the base for myriad classic sauces, soups, and stews when cooked, and when raw, are pretty much de facto in tacos, salsas, sandwiches, burgers, and salads. You'll still be shedding tears even when they're gone.
Credit: Carmen Taylor
Juicy, sweet blackberries are definitely a bit of an indulgence, but whether they're eaten on their own, worked into desserts, or swirled into yogurt parfait, they're always delicious. The loss of honeybees would also mean the loss of this cherished crop, which is almost entirely dependent on them for pollination.
Credit: Paulette Phlipot
Sweet-tart grapefruit, whether eaten with a spoon or cut into segments by the ambitious, is a breakfast staple for the health conscious. It's also delicious in salads and blended into smoothies and cocktails. Grapefruit is just one of many kinds of citrus almost entirely dependent on honeybees for pollination.
It probably goes without saying that if you're going to bring up grapefruit, you have to bring up oranges. And the data actually do back this up; like grapefruit, oranges are 90 percent dependent on honeybees for production. That morning cup of orange juice would get a lot more expensive. Maybe we'll just import our way out of this one — except, colony collapse disorder is a worldwide problem.
Credit: Joy Wilson
Luscious raspberries are a special treat, and they're great in tarts, jams, and all on their own. They'll sure be missed when they're gone. Farmers would have trouble growing most berries without honeybees, and the raspberry is no exception; the crop is 90 percent dependent on honeybees for pollination.
Credit: Taste of Home
Originally known as the muskmelon, the name of this fruit salad staple was changed for aesthetic reasons. (Who wants to eat something called a muskmelon, anyway?) All kidding aside however, the nearly $50 million annual crop is nothing to sneeze at, especially when it's so dependent on honeybee pollination.
Credit: Frankie Frankeny
There's nothing quite like a refreshing pear crisp on an equally crisp autumn evening, or simply biting down into a perfectly ripe, juicy pear. So here's another reason to help save the honeybees — the nearly $382 million annual crop is heavily dependent on them for pollination.
Credit: Annabelle Breakey
Part of HuffPost Food Group
Bees have been disappearing at an alarming rate and continue to vanish without a trace. Why should anyone care? Well, they matter a lot more than most people would think. With summer upon us, it’s exciting to see the reemergence of some of our favorite produce, including stone fruit, peppers, sweet, juicy melons, and succulent strawberries. But what if the arrival of these crops each summer were to come to an end?
Honeybees, among other pollinators such as bats, birds, butterflies, and bumblebees, are responsible in one way or another for the pollination of approximately 100 crops, according to Dr. Reese Halter, Ph.D., author of The Incomparable Honeybee and distinguished conservation biologist. And they’re not just the fruits of summer; imagine a Thanksgiving, for example, without sweet potatoes or pumpkin pie.
However, the implications of the disappearance of honeybees are not just gastronomic; they are also economic in scope, and in that respect, the scale is significant. According to the National Resources Defense Council (NRDC), more than $15 billion worth of crops are pollinated by bees each year just in the United States alone. Put another way, one of every three bites of food Americans consume comes from a plant visited by bees or other pollinators.
The problem was first observed in France in 1994, following the debut of a new type of pesticide by Bayer, dubbed Gaucho, which was first used on sunflower crops. Gaucho was part of a new class of pesticides known as systemic pesticides, or as Halter refers to them, neonicotinoids.
Bees collecting pollen from sunflowers treated with Gaucho exhibited confused and nervous behavior; thus, the phenomenon was initially termed the "mad bee disease" — the bees, according to Halter, were literally "shaking to death." Furthermore, the bees abandoned their hives, never to return, leaving only the queen behind. Following massive protests by farmers, the French government suspended the use of the pesticide.
In the United States, the phenomenon was first observed in 2006 by a beekeeper, David Hackenberg. Hackenberg and his fellow beekeeper David Mendes testified before Congress about a problem that had become widespread, by then termed Colony Collapse Disorder (CCD) by scientists. No longer were people chalking it up to bad beekeeping; everyone was experiencing the same rapid, catastrophic declines in hive populations in 35 states. And no one could explain why.
The theories were numerous, but the data were scarce. Some people thought that cellphone towers were interfering with the bees’ ability to navigate; others thought that the bees were falling prey to the usual suspects, including the varroa mite and the fungal bacteria nocema ceranae; while another popular theory was climate change. But, no one really knew for sure, because CCD very rarely left behind any dead bees in the broken hive that could be examined.
The most compelling theory, though, has to do with bee husbandry, and brings us full circle back to the issue of systemic pesticides. Beekeepers in the United States no longer generate the majority of their revenue from sales of honey; the value of honey sold annually in the United States amounts only to $150 million a year, according to the NRDC, a mere fraction of the value of the crops pollinated by bees.
The life of a typical bee in this business consists of following the major cash crops around the country as the seasons change, and that means a lot of traveling on trucks. California alone requires half of all the honeybees in the United States for its $2.3 billion almond crop annually, according to the NRDC.
So stress is probably a major issue, but far more relevant is the fact that while on the road, there is no access to local flora to collect nectar for honey. So instead, according to Halter, they subsist on a steady diet of corn syrup, usually genetically modified and laden with residual neonicotinoids. Halter estimates that about 2.5 million hives are trucked around this manner every year.
Just what is so insidious about neonicotinoids? Neonicotinoids differ from older style pesticides which were applied through spraying; instead, they generally come in the form of pellets, which are taken up by the roots of the plant when watered, and end up concentrated in the pollen and nectar that bees pick up when foraging. But, it doesn’t end there. Subsequent generations of the plant will also contain trace amounts of the pesticide and secrete them as well.
Studies performed by companies which produce these neonicotinoids have tested only in lethal doses and observed the bees immediately after exposure. But, in the real world, bees are never really exposed to such high concentrations all at once. Instead, the concern lies with the accumulated effects of repeated exposure in lower concentrations, which are difficult to test, and thus have not been tested. In other words, the use of these systemic pesticides could lead to a delayed detrimental effect on bee populations
However compelling any one theory may be, it is more likely though, that CCD is due to a confluence of factors.
Halter estimates that about one-quarter trillion bees have succumbed to CCD since it was first observed in France in 1994. And it is an ongoing problem. Halter says that prior to CCD, beekeepers would normally observe natural attrition rates of 11 to 12 percent. Nowadays, it is common to lose upward of 30 percent of the hive during transport.
Policymakers are beginning to act, however. In Europe, Halter says that neonicotinoids are starting to be banned. And the NRDC successfully sued the EPA in New York State in December 2009 over the questionable approval of a new systemic pesticide. Sales were halted nationwide in January 2010 pending further investigation. Similar actions will help bee populations from declining further.
Here are a few things you can do, however, to combat the problem.
We're serious folks — the foods that make America great are at stake here. Not just fancy-schmancy chef food, but all-time greats like cranberry sauce, peach cobbler, and apple pie. And the continued decline in bee populations would lead to the continued increase in world food prices.
To see all the recipes that you'd miss, check out the slideshow above to see the 19 Crops That Would Disappear Without Bees.
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