Bee pollen high quality and high yield technology

Choosing a high-quality pollen source gives the bee colony a significant advantage in collecting pollen. It is most effective to select a rich nectar source, such as rapeseed, watermelon, corn, sunflower, and buckwheat. These plants not only provide abundant pollen but also ensure that the collected pollen is of high purity and quality. A well-chosen source can greatly enhance the efficiency and success of the entire pollen collection process. Cultivating a strong group of foraging worker bees is essential for effective pollen collection. To achieve this, it's important to actively develop and maintain a robust collection team. Like honey production, successful pollen harvesting requires a large number of bees of the appropriate age. Therefore, it’s recommended to start raising foraging bees 45 days before the pollen season begins. Before and 15 days after the start of pollen collection, or when entering the pollen field, weak colonies with young larvae should be replaced with about 10 healthy hives. The best time for pollen production is during the middle phase of the brood cycle, when the queen is laying eggs vigorously, and the workers are actively feeding the larvae. At this stage, the hive has a large demand for pollen, and the foragers are highly motivated. Ideal conditions include good weather and sufficient external pollen sources. Producing from more than five hives is possible, but an ideal setup involves 8–10 frames of bees. The de-pollination method plays a key role in improving efficiency. Selecting the right tools and installing them properly is crucial. Depending on the number of worker bees, different rows of pollen traps are used to prevent overcrowding inside the hive. For example, 10 groups of hives use the second row of pollen traps, while more than 10 hives require the third row. This ensures better flow and reduces stress on the bees. During the pollen season, bees leaving the hive are swept into the entrance, while returning bees gather outside, causing congestion and increasing hive temperature. This can lead to overheating and premature aging of the bees. An improved technique involves placing the pollen trap 1 cm away from the front wall of the hive, creating a small gap. Most foraging bees exit through the gap, while returning bees enter through the trap. This increases pollen collection by over 15% and reduces breakage by 10%. Replacing the old queen with a new one helps maintain a healthy colony. Bees collect pollen primarily to feed their larvae, so the amount of pollen produced depends on the number of larvae present. Ensuring a balanced population of eggs, larvae, and brood is essential. Younger bees are more enthusiastic about collecting pollen and contribute more to the overall yield. A new queen with strong egg-laying ability can significantly boost the colony’s motivation to collect pollen. Providing adequate food supplies is also vital. If the colony lacks honey, foragers may prioritize nectar over pollen. Feeding syrup to the hive and properly storing any excess pollen ensures that the bees have enough energy and nutrition. This supports their foraging efforts and enhances productivity. Regular pollen harvesting should begin when the colony has a surplus. During the early stages of flowering, pollen traps should be installed at the hive entrance to capture pollen clusters for 2–3 hours. Depending on the plant’s blooming pattern and environmental conditions, some crops like corn may require specific timing—such as 6–10 AM—for optimal collection. The pollen season often coincides with the nectar flow, so careful scheduling is necessary. Pollen collection should occur before 9 AM, and traps should be removed afterward to avoid disrupting other activities like royal jelly production. In the afternoon, especially during sunflower and buckwheat seasons, attention must be paid to reducing hive entrances to prevent robbing. When there is little pollen or fewer bees, daily removal of the pollen trap may not be necessary, but a small amount of pollen should still be provided to support the colony’s normal development.

Whitening Ingredient

Whitening supplements usually refer to nutritional supplements or food ingredients that can help improve uneven skin tone, reduce dark spots, and enhance skin brightness, thus achieving whitening effects. These components usually work by antioxidants, inhibiting melanin production, promoting melanin breakdown, or accelerating epidermal metabolism.


Here are some common whitening supplements:

1. Vitamin C (Ascorbic acid)

A powerful antioxidant, can inhibit tyrosinase activity, reduce melanin production, while promoting collagen synthesis, improve skin quality.

2. Glutathione

It is an endogenous antioxidant that can be used orally or topically to help reduce pigmentation and improve skin brightness.

3. Niacinamide (vitamin B3)

It can prevent the transfer of melanin to the skin surface, reduce the formation of stains, and has anti-inflammatory and moisturizing effects, improve skin barrier function.

4. Lipoic acid

A powerful antioxidant that can work with other antioxidants such as vitamins C and E to enhance the whitening effect.

5. Arbutin

Natural extract, can inhibit tyrosinase activity, reduce melanin production, commonly found in whitening skin care products.

6. Polyphenols (such as green tea extract, grape seed extract)

With antioxidant properties, can prevent skin damage caused by ultraviolet light, indirectly help whitening.

7. Collagen peptide

Although the direct whitening effect is limited, it can improve the elasticity and water retention of the skin, making the skin look fuller and brighter.

It is important to note that the effectiveness of whitening supplements varies from person to person, and usually requires a combination of good sun protection and reasonable lifestyle habits (such as adequate sleep, balanced diet, moderate exercise) to achieve the best results. When choosing a whitening supplement, it is recommended to consult a professional to ensure safety and suitability.

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