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Beekeeping - Apiculture in Arkansas
The Importance of Pollinators

Pollination is the transfer of pollen, containing the male gamete of a plant, from the anthers where it is produced to the receptive stigma, the female part of the same or another plant of the same species. This process results in fertilization, and sexual reproduction of the plant to produce seeds. Most ancient plants were pollinated by wind. Grasses, conifers, and many deciduous trees are still wind-pollinated. Most flowering plants, however, utilize living organisms to aid in this transfer. Birds and bats can pollinate a limited number of plants, but the vast majority of plants are pollinated by insects. Some wasps, flies, beetles, ants, butterflies and moths pollinate various flowers, but bees are responsible for the vast majority of pollination. And honey bees perform more than 80 percent of all pollination of cultivated crops.

More than 100 important crops are pollinated by honey bees. This includes many of the fruits and vegetables that we eat, but also a number of important crops such as nuts, herbs, spices oilseed crops, forage for dairy and beef cattle, as well as medicinal and numerous ornamental plants. Even plants that are not grown for their fruits require pollination in order to propagate them by seed. Honey bees add an estimated $15 billion to the U.S. economy each year in increased crop yields.

Many species of pollinators have been in decline recently. European honey bees were brought to North America by colonists in the 1600s. As many of these bees escaped into the wild, the feral populations began to displace some of the estimated 4000 native bee species. These feral honey bees provided pollination for the growing agricultural industry across the county through the 20th century. In the 1990s two species of parasitic mites were accidentally introduced from Asia. The tracheal mite and varroa mite caused severe declines in honey bee populations within a few years. These parasitic mites were controlled on managed bees largely with chemical pesticides, substantially increasing the costs of large beekeeping operations. During the same time, populations of feral honey bees dramatically declined. Fewer natural pollinators, combined with increased agricultural production have resulted in an increased need for contracted pollination services. Honey bee hives are placed on trucks each spring and moved from their winter homes to areas of agricultural production in order to provide adequate numbers of pollinators when crops are in bloom. This movement of honey bee hives is thought to be associated with the spread of honey bee diseases and other hive pests.

During the winter of 2006-2007, a high number of bee colonies died out, but the cause of death remained a mystery. The next winter, colonies died out at even higher rates. The phenomenon was termed Colony Collapse Disorder, or CCD, and has been reported in Europe as well as the U.S. This mysterious disappearance of honey bees raised alarms that we may be on the verge of a pollinator crisis, resulting in insufficient numbers of pollinators to supply the demands of our agricultural industry. This pollinator shortage is not likely to result in a large-scale food shortage in the US. However, there may be an increase in the cost of some produce because of the increase in production costs associated with the demand of pollinators. Many of our fruits and vegetables are imported from Asia and Latin America, where CCD has not been largely reported. Most staple food crops, such as wheat, rice and corn, are wind-pollinated. Other crops, such as soybeans, are self-fertile, and are not dependent upon pollinators. And some crops, such as peaches and cotton, can self-pollinate, but when pollinated by bees tend to produce larger yields.

Some important crops pollinated by honey bees.

 

 
Fruits and Vegetables
Apple  Chicory  Kiwi  Peppers 
Apricot  Chinese cabbage  Kohlrabi  Persimmon 
Artichoke  Citron  Leek  Pimento 
Asparagus  Collards  Lemon  Plum 
Avocado  Cranberry  Lima beans  Pummelo 
Blackberry Cucumber Litchi  Pumpkin 
Blueberry Currants  Mango  Radish 
Broccoli  Dewberry  Muskmelon  Raspberry
Brussel sprouts  Eggplant  Mustard  Rutabaga 
Cabbage  Garlic  Nectarine Sapote 
Cantaloupe Gooseberry  Onion  Squash 
Carrots  Grapefruit Orange  Strawberry
Cauliflower  Honeydew  Parsley  Tangelo 
Celery  Huckleberry  Passion Fruit  Tangerine
Chayote  Jujube  Peach  Turnip 
Cherry  Kale  Pears  Watermelon 
 
Nuts
Almond   Cacao  Cashew  Chestnut 
Coconut  Coffee  Kola nut   Macadamia  
 
Herbs and Spices
Allspice  Cinnamon  Fennel  Mustard 
Anise  Coriander  Lavender  Nutmeg 
Chives  Dill  Mint  Oregano 
 
Livestock Forage
Alfalfa  Buckwheat clover  Sweet clover  Vetches
 
Oil Crops
Canola  Palm seed Soybeans  Tung 
Cotton seed Safflower  Sunflower 
 

Planting to Attract Pollinators

Many species of pollinators are in decline around the world due to destruction of natural habitat. This is especially true in industrialized countries such as the U.S. Bees and other pollinators are a vital part of the natural system. Besides humans, many other species rely on pollinators. Plants need pollination in order to reproduce, and many species of wildlife depend on pollination in order to find their food as well. Gardeners and homeowners can plant a variety of trees, shrubs, and flowers to attract pollinators. By choosing a variety of flowers that provide blooms continuously throughout the growing season, you can ensure that pollinators will return regularly. Find out what to plant in your region by visiting the Pollinator Partnership.

Encouraging Native Pollinators

Becoming a backyard beekeeper is a great way to increase the pollinator population in your neighborhood. Even if you don't want to keep honey bees, encouraging native pollinator species is easy. Many species of solitary bees are native to Arkansas. These bees will not sting, do not require sophisticated hives or other equipment to maintain. By providing them with simple habitats from scrap wood, you can increase the productivity of your garden. Learn more about encouraging solitary bees.


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Last Date Modified 10/22/2009
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University of Arkansas • Division of Agriculture
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Little Rock, Arkansas 72204 • USA
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