An Unacceptable Hazard for Beet Drugs Bees

Systemic pesticides, known as neonicotinoids, have become the most pesticide in the world. Two of these species, imidacloprid and clothianidin, are used in hundreds of agricultural crops for seed improvement. For example, there are neonikotinoid pesticides in the corn that are played today.

Bee colonies in the United States, the Environmental Protection Agency (EPA) began to disappear shortly after allowing the sale of these new insect killers. Since this date, it has been debated whether honey bee deaths that are serious in the world are related to these chemicals.




The final report of the European Food Safety Authority (EFSA) may point to a discussion. According to this report, the use of neonicotinoid insecticides is generally unacceptable for most agricultural products.

The European Commission has asked EFSA to assess the risks associated with the three most commonly used neonicotinoids, clothianidin, imidacloprid and thiamethoxam, by focusing on the following factors:
Acute and chronic effects of bee colonization on survival and development
Effects on bee hairs and bee behavior
The risks of non-lethal doses of the three chemicals.
One of the main issues EFSA faced was the lack of information on a very large scale. Scientists have noted in some cases that proper risk measurement is impossible to break into information gaps. However, three neonicotinoids were found to cause a great deal of risk in the results. The damage caused by the leaves of flowers and pollen of the flowers of the applied agricultural products was evaluated to be acceptable only for the non-attractive agricultural products.

The effects of dust on processed seeds were evaluated by the institution as "irrevocable." Various environmental groups are of the opinion that the outcome may be a death sentence for neonikotinoid insect killers.

Exposure to insect killers has also been associated with changes in bee behavior and a decline in queen bee production. These two conditions can cause harmful effects on the colon's life. The individual bee behavior of the insect killers and the resulting effect on the whole colony were also investigated. The two commonly used agricultural insecticide (neonicotinoid and pyrethroid) exposed bears were affected in a variety of forms including:
Less laborers went out of the way.
A higher percentage of farmer bees out of the hunt failed to return.
The mortality rate among worker bees increased.
The risk of colony death increased.
Neonicotinoid Insect Killer Why Too Toxic?
Neonicotinoids are known as insect killer systemic chemicals because they disrupt the central nervous system of insects, causing feles and death. Even non-lethal doses are said to negatively affect bees. Because neonicotinoids can be dissolved in water and penetrate very easily, they can leak into soil and groundwater and accumulate for years. In this case, the bucket creates long-term poison. They can penetrate the plant's transport system and infiltrate all parts of it, its pollen and its honey essence. Neonicotinoids act on the central nervous system of insects, accumulating and irreversibly. Even small quantities can cause significant damage over time.

One of the effects of insect killers is that they weaken the immune system of the bees. The farmer bees bring the drug pollen to the bucket, where the pollen is consumed by all the bees. After 6 months, their immune system suffers from natural bee infections, such as collapses, parasites, viruses, fungi and bacteria. In honey bee hives on the verge of collapse, there are abundant pathogens such as Varroa, Nosema, bacterial and fungal infections and the Israeli Acute Bee Fungus virus (IAPV).

In addition to the inactivity of the immune system and opportunistic diseases, honey also suffer from neurological problems, disorientation and impairment of direction. These effects have important consequences because they can not survive for more than 24 hours without finding direction and not returning to the bucket.

Bees Provide Dusting of 70 Percent of Gida
Pollen produced in the male organs of the plants is called pollination when they are transported to the ovum of the female organ by various methods. Fertilization happens this way. Globally, there are 100 kinds of agricultural products that provide 90% of the food. 71 of them are dusted by bees. In the U.S., one third of the food sources are obtained by the pollination of the bees. For example, apple gardens require 1 bee colony per 4000 square meters to ensure adequate pollination. For this reason, a serious food shortage may occur if the bees continue to disappear. At the same time, there is concern that pesticides are also affecting other pollution-causing species. These are wild bees, rubbish nappies, butterflies, propellers and other species.
If honey bees disappear, there will be no such developments that can be obtained from them and beneficial to human health:
Raw honey, which is an anti-inflammatory and infectious feature, is used for purposes such as healing of wounds, cutting of cough. In addition, the chemicals emitted from the bee needles are an effective anesthetic for humans.
Propolis (what they use to trap holes in the beehives and the cavities) can stop the progression of prostate cancer and have immunomodulatory effects. It is also antioxidant and antimicrobic. It has remedial, analgesic, anesthetic and anti-inflammatory properties.
Bee pollen is often referred to as "super food" because it is very nutritious, about half of its proteins are free amino acids that the body can use directly, and it meets protein requirements to a great extent.
Honey has made many scientific discoveries in the field. Among them are the aviation industry, which uses the six-sided honeycomb design as an aid in the design of aircraft wings, and computer programmers, who study honeycomb's communication systems in order to make their Internet servers work more efficiently.

What do I need to do to preserve honey honey?
The film "Vanishing of the Bees," which focuses on the disappearance of honey bees, has 4 suggestions to protect honey bees.
Support organic farmers and shop at stores selling organic products. You can make a difference with what you prefer to eat. When you buy organic products, you will say "no" to GMO products and poisonous insect killers.

Do not use poisonous chemicals in your home or garden and only use organic natural products for insect control.
Grow flowers or vegetables-fruits in your garden. The lawn area has very little utility around it. Flower gardens and fields are excellent natural habitats for honey bees.
Be an amateur beekeeper. Having a hive in your garden takes only 1 hour a week, is beneficial to your local ecosystem and you can consume your own produce.