Honey Bees And Its Effect On The Agricultural Industry

Varroa mites originate from Asia were first introduced in America through Florida in the mid 1980’s. The Varroa mites are parasites which feed on the blood of bees. These mites transmit various diseases and viruses to the bee colonies that they infect. The also develop alongside bee larvae and lay their eggs in cells in the hive that contain developing baby bees. If left unchecked, these mites can easily take down whole colonies of bees. In order to counteract the effect of these mites, proper management of bee colonies must be present. By detecting the threat of mites early, they can be taken care of easily Apistan, a product that will take care of

Another event more recently was reported in Pennsylvania where Keepers reported a 53% loss of their hives. But what made this event most serious was the loss of 1/3rd of bee hives within the United States as a whole. This event appeared to have no particular rhyme or reason for this cause and no singular circumstance could be pointed to as an exact cause of such mass destruction of one species that is crucial to food production within the United States ("Honey Bees and Colony Collapse Disorder").

Bees are disappearing because people are using harmful fertilizers. 25% of the managed bee population has dropped since 1990. The use of these harmful pesticides can cause a hive of bees to collapse. This is known as colony collapse disorder (CCD).

In 2006, beekeepers in the United States began reporting unexpectedly high losses of their colonies, as much as 30-90 percent. The phenomenon came to be known as Colony Collapse Disorder (CCD) and its causation remains murky, as well as how to treat it. "The main symptom of CCD is very low or no adult honey bees present in the hive but with a live queen and no dead honey bee bodies present. Often there is still honey in the hive, and immature bees (brood) are present. Varroa mites, a virus-transmitting parasite of honey bees, have frequently been found in hives hit by CCD" (Honey Bees Colony and Collapse Disorder (CCD), 2012, USDA). However, this is only one of the speculated causes of CCD.

Research areas studying the potential causes for the colony collapse disorder include: effects of pathogens and parasites such as the fungi Nosema and the varroa mite, pesticides such as neonicotinoids, environmental limitations and resource availability. I would like to propose fundraising campaigns here in Illinois for these studies. Most importantly, I believe we can make a difference by simply making the public aware of the issues. I would like to propose a educational campaign that, with your assistance, informs the public and beekeepers about the issue of colony collapse disorder. This campaign will also urge the public to use pesticides wisely and at times other than in the middle of the day when honeybees tend to be foraging and pollinating and to grow pollinator-friendly plants. Thank you for you time. I hope that with your help we can get the larger public to become active in preventing a potential future disaster for our

Where would we be without the honey bee? Around 2006, a decline in the honey bee population was noticed throughout the world. Beekeepers started noticing that many of their honey bee colonies were dying off, weakening, or completely leaving their hives. As the problem became more and more prevalent, it was given the name Colony Collapse Disorder (CCD). Scientist studying the sudden death and disappearance of the bees found problems that they were not able to explain. The honey bee decline became worldwide news as more and more beekeepers reported unexplained loss of honey bee hives. The common indicators of colony collapse disorder are the rapid loss of adult worker bees from affected colonies as evidenced by weak or dead colonies with

Insecticides, fungicides, pesticides, and herbicides were the real cause for the bee population decline. The harmful chemicals that were sprayed

Scientists performing ecotoxicological studies believe that over time the poisons from Neonicotinoids, cause paralysis in the worker bees and also effects future bee generations when the toxins are ingested. CCD is caused by Neonicotinoids bonding to the anatomy and central nervous system in the bees. This affects their navigation capabilities and also impairs their memory. When they are unable to work effective then things don’t get done. The neonicotinoids are also known to compromise the bees immune systems making them more susceptible to a virus

According to the article, Honey Bee Heath and Colony Collapse Disorder, honey bees around the U.S are slowly and puzzlingly disappearing. This slow disappearance of the honey bee population is caused by a disorder known as Colony Collapse Disorder (CCD.) Colony Collapse Disorder causes adult honey bees to completely “vanish” leaving behind only the queen bee along with immature bees. Although this disease is receiving a lot of attention and research on CCD is taking place, the causes and treatments for Colony Collapse Disorder are still undefinable as well. Some may ask, “Who cares? Why is it important that bees are disappearing?” It is important because bees are the foundation to U.S agriculture and they are vital to worldwide economic stability which is why finding the cause and treatment for CCD is a top priority for scientists and researchers around the world.

The effects of these pesticides are not killing the bees instantaneously but impairing their behavior and development. However, some pesticides are very lethal since the honey bees do not even go back to their hives and most of them die after ingesting small amounts of these chemicals from plants that have been sprayed with them. These pesticides clearly have a huge role to play in CCD, given that bee farmers in organic gardens have not reported this phenomenon. According to Timbrell (2002), the pesticides reduce the immunity of bees and are therefore susceptible to literally all kinds of pathogens. A dissection of the dead

　　　The worker bee, the most common type of honey bee and the one most people encounter, is an insect who surprisingly keeps the world afloat. Bees provide food, renewable resources, and pollination for the ecosystem for over a hundred million years. However, these hard workers are disappearing for reasons outside of standard instances. Scientists call this predicament Colony Collapse Disorder, or CCD for short, and it is affecting all life on Earth.

Between 2006–2007, many beekeepers had begun to report losses of 30-90 percent of their hives. Close to 50 percent of the affected colonies have showed signs inconsistent with the known causes of honeybee death (Colony). The main symptom of the Colony Collapse Disorder is very low if not zero adult honeybees present in the hive, although a live queen is still present. There are also no dead honeybee bodies present, and often still honey and younger bees present in the hive. Verroa mites, a virus-transmitting parasite of honeybees, are often very frequently found in the hives that have been hit by Colony Collapse Disorder (Honey). Beekeepers have experienced unexpected losses such as this before; research has shown many other honeybee colonies seen losses during the 1880s, 1920s and 1960s. The descriptions of these losses sound very similar to the Colony Collapse Disorder, although there is no way

Several different terminologies have been used to describe the CCD. Autumn Collapse is the most commonly used terminiology to describe this disorder. Autumn collaspse is a significant term used to describe this disorder, since during the autumn season there tends to be a higher percentage of abrupt honey bee disappearance compared to the other three seasons. Other common terminiolgies that are often used to describe this disorder include May disease, Fall Dwindle disease and Disapperaing disease. These various terminiolgies used to describe this disorder are often uitilized in both experimental and professional environments to analyze and evalued various facts.

The method used to acquire the data is appropriate because the phenomenon is being observed in a wide range of areas and not only one area. Furthermore, a large sample was used 200-500 bees were used therefore suggesting that the data is reliable. By doing this sort of sampling they wanted to observe whether there were common factors, which are present in CCD, present in bee colonies separated by large distances

Honey bees, feared by the misinformed and admired by the intelligent, are dying. The interest in bees from many environmentalists is not for a sudden cause, as this issue is not new to the world. Honey bees as a population have been in decline for years but have yet to reach the endangered species list anywhere in the United States except for Hawaii. Many people kill bees that buzz around joyfully, simply because they are afraid of being stung by them; however, a vast majority of bees do not sting and the others do not care. This unfortunate commonality is not even one of the top causes of the worldwide epidemic of honey bees. Although bees are jokingly idolized on the internet in pictures and videos as a result of a popular children’s movie, their population decline is in fact quite serious. Honey bees and other pollinators like birds and insects ensure the pollination of flowering plants and crops all around the globe. Not only do honey bees pollinate plants that produce the foods that humans eat, but they also pollinate trees that produce clean oxygen for Earth. Without honey bees, the world as we know it could soon end, due to carbon dioxide pollution and lack of farmable foods. The population of honeybees and other important pollinator-bee species is dwindling due to a dilemma known to scientists as colony collapse disorder (CCD) because of the use of bee-killing pesticides, known as neonicotinoids, the decrease of flower meadows in the world, and the general increase