Itâs not uncommon for beekeepers to feed their bees sugar water when nectar sources are scarce or during winter. But if it's done too much, does feeding the bees sugar affect the honey?
Yes, feeding bees sugar affects the honey. If thereâs an overabundance of sugar, then the bees are more likely to store the sugar as food rather than go out foraging for nectar. The result is honey adulteration, which means your honey isnât 100% pure honey.
In this article, weâll explore how feeding bees sugar can affect the honey they make and what beekeepers should know to ensure the best quality of honey. Here are some general guidelines on feeding bees sugar water.
When bees have access to an abundance of sugar water, they may produce less honey. This is because bees will store the provided food sources rather than convert them to honey. Additionally, the bees may not go out foraging for nectar as much since thereâs already a lot of food right at their doorstep.
Itâs important to feed the bees only at specific times when the situation calls for it. When there is a diverse range of natural nectar sources nearby, sugar water should not be used as the bee's sole source of food.
Feeding sugar to bees can affect the taste, color, and quality of the honey. Honey produced from natural nectar resources will typically have a floral scent, and a rich caramel or butterscotch taste. Honey produced with sugar water will have a less distinct flavor and be lighter in color.
Honey adulteration is either a direct or indirect way of adding inexpensive sweeteners such as sugar syrups, high fructose corn syrups, or commercial syrups. Itâs estimated that approximately 70% of the honey in the U.S. is modified in some way. To combat the high market demand at affordable prices, some beekeepers have resorted to feeding commercial sugar to their bees to increase honey production.
Harvested honey from these combs wonât be considered pure honey anymore. Instead, theyâre mixed with sweetened syrup and don't have much nutritional value. As a result, itâs important for consumers to be aware of the potential dangers of adulterated honey and how to identify it.
The good news is that there are several ways to detect adulterated honey. One accurate method is using advanced analytical techniques such as high-performance liquid chromatography (HPLC). Scientists can identify the presence of sugar in honey and determine if it has been adulterated.
This method can also be used to determine if bee sugar has been used in the production process, as higher levels of glucose are usually found in these samples. With this knowledge, consumers can make informed decisions when purchasing honey products and ensure theyâre getting pure, unadulterated products.
Aside from HPLC, there are other easier methods to check for the purity of the honey. You can read the label about where the honey came from and not where itâs bottled at. There are some companies that try to mislead consumers by claiming their honey was bottled in certain areas of the U.S. and not where the honey was originally harvested.
Down below are 5 easy tests you can do at home to check for adulterated honey.
Real honey made from pure nectar is specially infused with certain enzymes such as glucose oxidase. This helps remove any water from the honey. The result is natural honey tends to crystallize and become thicker when stored. Artificial honey wonât crystallize.
Put a small drop of honey on your thumb. Pure honey has a rich thick texture so if it spills or easily spreads like water, then itâs not considered pure honey.
Pure honey doesnât immediately dissolve when mixed with water. Instead, they settled at the bottom of the glass, and it needs to be stirred. Adulterated honey, on the other hand, will easily dissolve in water without even mixing.
Take a glass of vinegar water and mix in a few drops of honey. If the mixture starts to foam, then thatâs an indicator the honey isnât pure. If thereâs no foam, then that means the honey is pure.
Pure honey when exposed to heat should remain unburned. Try dipping a matchstick or cotton bud in honey and light it on fire. If it burns easily, then the honey is fake.
Itâs not recommended to use fondant or dry sugar as your standard feeding method. A weak or starving colony wonât be able to eat the dry sugar because they need water to liquefy the sugar crystals, and they wonât have the strength to forage for water.
Medium- to strong-bee colonies are better suited for dry sugar. The sugar can be placed on hive mats or in trays under the hive lid. Some beekeepers even add water to the sugar to prevent it from solidifying. This will create a partial syrup.
Additionally, fondant can be detrimental to your bee's life span and should be only used as an emergency feed in later winter or early spring. Itâs been discovered that when you cook sugar and add vinegar or cream of tartar to make fondant, it produces hydroxymethylfurfural (HMF) which is toxic to bees.
Researchers have found that HMF can shorten the lifespan of some bees in the colony, depending on the amount of HMF theyâve eaten. If the majority of the colony eats the HMF, then youâre at risk of killing the entire colony. So to reduce this risk, avoid feeding your bees cooked sugar products.
White cane sugar is considered the safest and most reliable nectar substitute for honey bees.
Sugar concentration and quality are equally important. To stimulate the colony during spring or when queen rearing, feed the colony small quantities (1-2 L) every few days of a 1:1 concentration of sugar and water by volume.
If the sugar is not consumed within a few days, thereâs a high risk of yeast growth. Concentration yeast growth can be toxic to bees and lead to early death. Itâs important to thoroughly clean the feeders and sterilize them between feeds of sugar syrup. The fermented syrup should be immediately discarded to avoid feeding it to the bees. Mix just enough syrup for immediate use.
For winter, a ratio of 2 parts sugar to 1 part water is ideal. The consistency of the syrup should be thick, similar to honey. This makes it easier for the bees to dehydrate the sugar syrup to the right moisture content.
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