

TEAM HONEY BEES
A student lead initiative to protect bees across the globe
Teamhoneybees

WHAT ARE BEES?
Bees are winged flower-feeding insects dependent on pollen as their source of protein. Bees live in several types of communities, they most commonly live in colonies with three distinct types of bees- the queen bee, the infertile worker bee (female) and the drone (male). Only the queen bee can reproduce, while the drone's only job is to mate with a queen and die soon after. The worker bees perform many jobs necessary for the survival of the hive, they clean the hive, collect pollen and nectar, and take care of the offspring.
What is Pollination?

Pollination is the transfer of pollen grains from a male anther to a female stigma. Pollination can occur between the same flower or between different flowers. When pollen is transferred from the anther of one flower to the stigma of the same, self-pollination. Self-pollination is not dependent on external factors for pollination. In self-pollination there is not any genetic variation as there is no mixing of genes. Another type of pollination is cross pollination, in this type of pollination, the pollen from one anther gets mixed with the stigma of another flower. In cross pollination, there is genetic variation as the two flowers are genetically different. This type of pollination needs an agent of pollination, including water, wind, insects (such as bees), etc., to carry it.
Why are Honey Bees so important?
Over the past decade, the bee population has been dropping drastically. A 40% loss of honeybees happened in the USA and U.K, and we have lost 45% of commercial honeybees since 2010. This is due to a phenomenon known as Colony Collapse Disorder (CCD) in which worker bees from a beehive abruptly disappear in an abbreviated time.
There is an ever-increasing demand for food security in the face of global challenges such as climate change, habitat transformation etc. Pollination can improve the quantity and quality of fruits, nuts, oils, and other crops. According to the Food and Agricultural Organization of the United Nation, 80% of all flowering plants are specialized for pollination by animals, mostly insects like bees. Pollination is crucial because many of our vegetables, fruits and crops that feed our livestock rely on bees. This later yields fruits, vegetables, and seeds. Cultivated plants are usually pollinated by animals. Animal-based pollination accounts for 30% of global food production, and bee-pollinated crops contribute to one-third of the total dietary supply. According to studies, UK would cost UK farmers 1.8bn Euros a year to manually pollinate their crops
Bees do not just help us produce food, but also help produce plant–derived medicines such as aspirin and morphine. Bees' venom is an ingredient derived from bees which is a natural treatment for a variety of ailments. Bee's venom is a colorless acidic liquid that bees excrete through their stingers into a target they feel threatened by. It contains peptides, apamin and adapalene which can act as toxins but have been shown to possess pain-relieving properties. Bees venom is also used in multiple skincare companies in products like moisturizers and serums. This ingredient helps reduce inflammation in the skin and provides antibacterial effects and reduces wrinkles. it also helps in reducing acne, participants with mild to moderate acne who used a serum containing purified bee venom twice a day have experienced improvements in acne, compared with a placebo
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Bee venom is not the only product bees produce that can help us medically, even honey has a role in treating medical illnesses. Honey is a sweet fluid made by honeybees, mostly sugary and a mix of amino acids, vitamins, minerals, iron, zinc, and antioxidants. Honey is used as an anti-inflammatory, antioxidant, and antibacterial agent, which can help treat coughs and promote wound healing. Raw honey is also packed with components beneficial for your skin, especially if you have acne or autoimmune skin conditions such as eczema or psoriasis. Raw honey helps balance the bacteria present on your skin, it helps speed up your skin cell's healing processes. If you have blemishes or an eczema outbreak, unpasteurized honey can speed up the healing process and reduce inflammation.
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Manuka honey in specific is extremely effective in the management and healing of wounds. Manuka honey is made in Australia and New Zealand by bees that pollinate native tea trees. This honey has been used since ancient times to treat multiple conditions, now The USA Food and Drug Administration (FDA) has approved the usage of manuka honey for wound treatment. Studies show that Manuka honey can enhance wound healing, amplify the regeneration of tissues, and even decrease pain in patients suffering from burns. Manuka honey has promoted oral health, studies have shown that they attack harmful oral bacteria associated with plaque formation, gum inflammation and tooth decay. Manuka honey has anti-inflammatory properties which can reduce bloating and inflammation in the gut especially if taken orally. Manuka honey is packed with antioxidants which reduce oxidants in our body, this can have a positive impact on the treatment of conditions such as irritable bowel syndrome (IBS) or irritable bowel disease (IBD)
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What are harming Honey Bees?
Recent studies have shown that over 40% of the world's insect species are in decline, the majority include the population of bees. Invasive predators, pesticides, and habitat destruction are just some of the causes.
Invasive species and disease-causing bacteria called pathogens have been blamed for the collapse of honeybees. A recent example is the spread of the Asian hornet in Europe which caused great concern. This species preys on honeybees, and a single hornet can kill an entire hive. Asian hornets begin their attack by hovering in Infront of the hives and picking off single honeybees which they decapitate and stripe off their wings and legs. European honeybees did not evolve alongside Asian hornets and therefore have no natural defense against these predators. Although there is no natural defence against Asian hornets there are ways to prevent a catastrophic attack. The easiest method is utilizing special equipment such as Apishield, which prevents Asian hornets from getting into contact with European honeybees. This equipment acts as a trap which lures the hornets into a trap within the bottom of the beehive.
Another cause for the decline in the bee population is the usage of pesticides. Pollution, particularly from exposure to pesticides, is a key cause of the bee population. In the past few decades, beekeepers have had to cope with new threats such as agrochemical pesticides, which are scattered over large areas of crops, fruit groves, forests, and many other environments to control insect pests, weeds, vermin, and plant diseases. The only major problem is that chemical insecticides represent a serious threat to bees, which can cause them to be susceptible to poison designed to kill insect pests. Lately, the use of acaricides (a pesticide used to kill ticks and mites) in apiaries for control of parasites has added more threat for bees as these chemicals are also toxic. Not surprisingly, colony collapse disorder (CCD) is linked to parasites and diseases but pesticide usage. Pesticides can outright kill bees, reduce bees' resistance to disease, impair their ability to navigate and reproduce, and even impact the bee's nervous system.
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If pesticides and invasive species were not bad enough, changing temperatures and weather conditions due to climate change have restricted the areas in which bees can survive. A study looked at 110 years of data to track the movement of bees over time, in the northern end bees have failed to migrate closer to the North pole. In the southern end, many populations have died due to the increase in climate. Research suggests that bees can move easily from location to location but cannot set up new homes in a unique environment. While climate change threats bees the White House along with different environmental groups have advocated for an increase in pollinator habitats. This is because $15 billion is in value to the US agriculture sector. Research suggests a way for authorities to assist migration- a practice where authorities pick up bees and move them, creating a “safe heaven.” But research shows that to save bees finally we must handle climate change.

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How you can help from home

Plant a Bee Garden
One of the largest threats is the lack of habitats therefore creating a bee garden is crucial

Go Chemical-Free for Bees
Pesticides, fertilizers, herbicides abd neonicontinoid are extremely harmful for bees, therefore avoid the usage

Provide Trees for Bees
Trees are a great source of food for bees and also can act as a habitats for them

Spread an Awareness on bees
Educate the next generation of students by teaching the importance of bee at schools